cslt Wiki - 用户贡献 [zh-cn]

Cslt-member-visitors

2021-08-13T02:50:01Z

Hanjiao：/* Jiao Han (韩姣) */

==Professionals==

==Engineers==

===Wenqiang Du (杜文强）===
[[文件:Duwenqiang.jpg|200px]]
* 2016.9 - 2017.7 (Intern)
* 2020.9.1 -
* Speech processing

==Students==

===Ying Shi (石颖）===
[[文件:Ying_shi.jpg|200px]]
* 2016.6.15 - 2017.7 (Intern)
* 2017.8 - 2020.1 (Engineer)
* 2020.1 -
* Speech processing
* [[媒体文件:Shiying_bi_weekly_report.ppt|Bi-weekly report]]
*[[媒体文件:DataSecurityAgreement_YingShi.jpg|DataSecurityAgreement]]

=== Di Wang (王迪) ===
[[文件:Wangdi.jpg |200px]]
* NMU
* 2020.10.18 -
* [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/9/97/Statistics_decomposition_for_NL_Scoring.pdf Bi-weekly report]
* Speaker recognition

=== Jiao Han (韩姣) ===
[[文件:Hanjiao.png |200px]]
* NMU
* 2020.07.21 -
* [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/e/e9/Experimental_report_mainly_based_on_DNF_models.pdf Bi-weekly report]
* Speaker recognition

=== Pengqi Li (李鹏琦) ===
[[文件:Lipengqi.jpg |200px]]
* NMU
* 2020.10.18 -
* [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/7/74/201228-Device_Generalization.pdf Bi-weekly report]
* Speaker recognition

=== Tiankai Zhi (治天锴) ===
[[文件:Zhitiankai.jpg |200px]]
* NMU
* 2020.10.18 -
* [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/b/b9/Bi-weekly_report_zhitiankai.pdf Bi-weekly report]
* Speaker recognition

=== Jingxin Shen (申景欣) ===
[[文件:Zhitiankai.jpg |200px]]
* School
* 2021.8.12 -
* [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/9/97/Statistics_decomposition_for_NL_Scoring.pdf Bi-weekly report]
* Speech and image processing

=== Weida Liang (梁玮达) ===
[[文件:Liangweida.jpg |200px]]
* THU
* 2021.8.12 -
* [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/4/45/Bi-weekly_report_Liangwd.pdf Bi-weekly report]
* Speech conversion

=== Qingyang Zhu (朱清扬) ===
[[文件:Zhuqingyang.jpg |200px]]
* Tongji
* 2021.7.19 -
* [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/a/a6/Bi-weekly_report_zhuqy.pdf Bi-weekly report]
* Speech enhancement

Weekly reading

2021-07-26T07:28:36Z

Hanjiao：

'''清华大学语音语言中心内部学习会

'''时间：每周四晚19:30'''

'''地点： 1区303'''

{| class="wikitable"
! Date !! Speaker!! Title !! Materials
|-
| 2021/04/01 ||Haoran Sun || Zeus code regularization ||[[媒体文件:代码规范.pdf]]
|-
| 2021/05/20 ||Chen Chen || Overview of speech enhancement|| [[媒体文件:Speech_enhancement.pdf]]
|-
| 2021/05/27 ||Di Wang || Secret of 'hard trials' || [[媒体文件:Secret_of_hard_trials.pdf]]
|-
| 2021/06/10 ||Jingxin Shen ||Expriments about thermal to RGB face synthesis with cycleGan and pix2pix || [[媒体文件:Expriments about thermal to RGB face synthesis with cycleGan and pix2pix.pdf]]
|-
| 2021/06/17 ||Yang Zhang || NIPS2020: Long-Tailed Classification by Keeping the Good and Removing the Bad Momentum Causal Effect || [[媒体文件:long-tail.pdf]]
|-
| 2021/07/08 ||Tiankai Zhi || Some experiments on stargan ||[[媒体文件:Some experiments on stargan.pdf]]
|-
| 2021/07/15 ||Jiao Han || MG experiments based on ASV system || [[媒体文件:MG experiments based on ASV system..pptx]]
|-
| 2021/07/22 ||Zixi Yan & Sirui Li || ||
|-
| 2021/07/29 ||Pengqi Li || ||
|-
| 2021/08/05 ||Qingyang Zhu || ||
|-
| 2021/08/12 ||Di Wang || ||
|-
| 2021/08/19 ||Jingxin Shen || ||
|-
|}

[[Old readings|Past Events]]

文件:MG experiments based on ASV system..pptx

2021-07-26T07:25:05Z

Hanjiao：

2021-07-26

2021-07-26T05:59:11Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Write APSIPA paper.
* Prepare technical reports for scientific award.
||
*
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Experiment of splicing DNF network to verify x-vector system.
||
*
||
*
|-

|-
|Di Wang
||
* Verification experiments on different methods
||
* Complete the experimental results
||
*
|-

|-
|Tiankai Zhi
||
* finish paper,and check infrared wav data
||
*
||
* 7.31
|-

|-
|Chen Chen
||
*
||
*
||
*
|-

|-
|Jingxin Shen
||
* Check infrared data
* Reproduce the code of thermal face recogonition
||
*
||
*
|-
|-
|Pengqi Li
||
* simulation experiment of Sine Wave Regression on MDT, MAML, DRT
||
* continue simulation experiment
||
*
|-
|}

2021-07-19

2021-07-19T06:00:13Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Completed designing speech filter approach
* Keep on reviewing thermal face recognition
||
* Keep on reviewing thermal face recognition
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* Mongolian asr baseline
* Mongolian E2E model
||
* Mongolian paper
||
*
|-

|-
|Haoran Sun
||
* expriments and paper for emotion
||
* paper and code for emotion
* verify our conclusion with other emotion recognition models
||
*
|-

|-
|Jiao Han
||
* Prepared bi-weekly report and MG experiments.
||
* Experiments about splicing DNF networks to verify the system.
||
*
|-

|-
|Di Wang
||
* Baseline of dual channel validation experiments on public security system data
||
* Verification experiments on different methods
||
*
|-

|-
|Tiankai Zhi
||
* Mongolian database paper, experiments(GMM TDNN CTC)
||
*
||
* 2021.7.31
|-

|-
|Chen Chen
||
* Enhance-Evaluate pipeline(traditional methods)
||
* Enhance-Evaluate pipeline(NN-based methods)
||
* 2021.7.31
|-

|-
|Jingxin Shen
||
* Check infrared data
* Reproduce the SpeakingFaces code with our own infrared data set
||
*
||
*
|-
|-
|Pengqi Li
||
* Modified the code and make some experiment
* simulation experiment of Sine Wave Regression
||
* simulation experiment with DRT
||
*
|-
|}

2021-07-12

2021-07-12T06:10:49Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Design the solution for keyword extraction
* Keep on review thermal face recognition
||
* Keep on review thermal face recognition
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Paper writing about MG and preparation for bi-weekly report.
||
*
||
*
|-

|-
|Di Wang
||
* Baseline of dual channel validation experiments.
||
* Verification experiments are carried out on new data.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|-
|Chen Chen
||
* speech enhancement pre
* run DEMUCS code, test pretrained model on airport case
||
* run other code
||
*
|-

|-
|Jingxin Shen
||
*
||
*
||
*
|-
|-
|Pengqi Li
||
* compared MDT with DRT' and MAML'
* review the work and source code of MAML
||
* modify the bug
* more experiment of MDT , MAML and DRT
||
*
|-
|}

2021-07-05

2021-07-05T06:00:17Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Review paper for thermal face recognition
||
* Continue the thermal review paper
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* m2asr database
* mongolian asr baseline
||
* mongolian asr baseline
* zeus
||
*
|-

|-
|Haoran Sun
||
* presentation for information bottleneck
* baseline for emotion recognition
* removing content made SER much worse(0.577->0.3201)
* SER gets worse as speechflow training(0.4129->0.3209->0.3201)
||
* relationship between ASR and SER
* remove content or just content embedding
* influence of other factors
* try to disentangle emotion by speechflow
||
*
|-

|-
|Jiao Han
||
* Paper writing about MG exps for APSIPA.
||
* Complete the paper submission.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* The paper of dplda was submitted.
||
* Submit the "hard trials" paper on the APSIPA.
||
*
|-

|-
|Tiankai Zhi
||
* Mongolian ASR baseline ,and paper.
||
*
||
*
|-

|-
|Chen Chen
||
* Organize speech enhancement backbone(reading paper)
* Prepare the report about overview of speech enhancement
||
* Organize speech enhancement backbone(review & run code)
||
*
|-

|-
|Jingxin Shen
||
* Collect infrared data sets
||
* reproduce SpeakingFaces code
||
*
|-

|}

2021-06-28

2021-06-28T05:54:36Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* More investigation on unsuperivsed domain adaptation (UDA) and self-learning
* More survey on thermal image alignment and recognition
||
* Survey on thermal alignment
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Speech impaired on artificial larynx.
* Study on hard trials (classifier visualization, SOTA models).
* Two Huawei projects delivery.
||
* Test speech impaired on artificial larynx data.
* Test different types of trials on SOTA models.
||
*
|-

|-
|Ying Shi
||
* HUAWEI project delivery
* bad case analysis
||
* bad case analysis
* m2asr database
* zeus
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Experiments arrangement and paper revision.
* Three sets of baselines about MG exps.
||
* Preparation about summary report on MG experiments.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Modify the papers named "Secret of ’hard trials’" and dplda.
* Updated to measure the correlation between the two classifiers using Kendall distance on cvss.
||
* Submit two papers.
||
*
|-

|-
|Tiankai Zhi
||
* Tibetan speech synthesis paper has been completed
* Mongolian pronunciation dictionary has been completed，Checking Mongolian text
||
*
||
*
|-

|-
|Chen Chen
||
* Organize a list of methods for speech enhancement as baseline(s)
||
* Organize a list of methods for speech enhancement as baseline(s)
* Prepare a report about overview of speech enhancement
||
*
|-

|-
|Jingxin Shen
||
*
||
*
||
*
|-

|}

2021-06-28

2021-06-28T05:54:08Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* More investigation on unsuperivsed domain adaptation (UDA) and self-learning
* More survey on thermal image alignment and recognition
||
* Survey on thermal alignment
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Speech impaired on artificial larynx.
* Study on hard trials (classifier visualization, SOTA models).
* Two Huawei projects delivery.
||
* Test speech impaired on artificial larynx data.
* Test different types of trials on SOTA models.
||
*
|-

|-
|Ying Shi
||
* HUAWEI project delivery
* bad case analysis
||
* bad case analysis
* m2asr database
* zeus
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Experiments arrangement and paper revision.
* Three sets of baselines about MG exps.
||
* Preparations about summary report on MG experiments.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Modify the papers named "Secret of ’hard trials’" and dplda.
* Updated to measure the correlation between the two classifiers using Kendall distance on cvss.
||
* Submit two papers.
||
*
|-

|-
|Tiankai Zhi
||
* Tibetan speech synthesis paper has been completed
* Mongolian pronunciation dictionary has been completed，Checking Mongolian text
||
*
||
*
|-

|-
|Chen Chen
||
* Organize a list of methods for speech enhancement as baseline(s)
||
* Organize a list of methods for speech enhancement as baseline(s)
* Prepare a report about overview of speech enhancement
||
*
|-

|-
|Jingxin Shen
||
*
||
*
||
*
|-

|}

2021-06-28

2021-06-28T05:52:56Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* More investigation on unsuperivsed domain adaptation (UDA) and self-learning
* More survey on thermal image alignment and recognition
||
* Survey on thermal alignment
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Speech impaired on artificial larynx.
* Study on hard trials (classifier visualization, SOTA models).
* Two Huawei projects delivery.
||
* Test speech impaired on artificial larynx data.
* Test different types of trials on SOTA models.
||
*
|-

|-
|Ying Shi
||
* HUAWEI project delivery
* bad case analysis
||
* bad case analysis
* m2asr database
* zeus
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Experiments arrangement and paper revision.
* Three sets of baselines about MG exps.
||
* Summary report on MG experiments.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Modify the papers named "Secret of ’hard trials’" and dplda.
* Updated to measure the correlation between the two classifiers using Kendall distance on cvss.
||
* Submit two papers.
||
*
|-

|-
|Tiankai Zhi
||
* Tibetan speech synthesis paper has been completed
* Mongolian pronunciation dictionary has been completed，Checking Mongolian text
||
*
||
*
|-

|-
|Chen Chen
||
* Organize a list of methods for speech enhancement as baseline(s)
||
* Organize a list of methods for speech enhancement as baseline(s)
* Prepare a report about overview of speech enhancement
||
*
|-

|-
|Jingxin Shen
||
*
||
*
||
*
|-

|}

2021-06-21

2021-06-21T06:00:16Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* HUAWEI project cross test get best wer 6.69% best recall 80% fa 31/4.7h
||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Debug works in the splicing part of the network to reproduce the results of MG normalization.
||
*
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Modify the paper named "Secret of ’hard trials’".
* Draw Grad-CAM heat maps.
||
* Publish the paper called "Secret of ’hard trials’".
* Promote voice print evaluation activities.
||
*
|-

|-
|Tiankai Zhi
||
* Check infrared data
* Modifying speech synthesis paper
||
*
||
*
|-

|-
|Chen Chen
||
*
||
*
||
*
|-

|-
|Jingxin Shen
||
* Check infrared data
* Experiment on infrared data
||
*
||
*
|-

|}

2021-06-14

2021-06-16T06:31:51Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Completed TASLP paper response/modification
* Some investigation on joint PLDA
* Literature review of audio-visual multi-modal learning
* Literature review of infrared processing
* Some pre-consideration for audio visualization
||
* More investigation on infrared processing
* More consideration on audio visualization
||
*
|-

|-
|Yunqi Cai
||
*Paper review of ML and Materials science
*Intelligent infrared device funding application
||
*Infrared processing experiments
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* HUAWEI project
* prepare zeus
||
* continue on HUAWEI project
||
*
|-

|-
|Haoran Sun
||
* change speed by speechflow
||
* change speed by fixed times
* find a suitable rhythm embedding for speed change
||
*
|-

|-
|Jiao Han
||
* Website editing and multi-device mismatch adjustment.
* Exps based on new system.
||
*
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Write the paper on hard trials.
||
* Analyze the results of trials evaluation activities.
||
*
|-

|-
|Tiankai Zhi
||
* Writing a paper on Tibetan speech synthesis (tacotron and deepvoice3)
* Audio to video synchronisation experiment
||
*
||
*
|-

|-
|Chen Chen
||
* Organize a list of methods for speech enhancement as baseline(s)
||
* Organize a list of methods for speech enhancement as baseline(s)
||
*
|-

|-
|Jingxin Shen
||
* Calculation recognition accuracy
||
* Replicate the paper results
||
*
|-

|}

2021-06-07

2021-06-07T05:59:49Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Response for the TASLP and SPCOM papers
* Inverstigate JPLDA and score factorization
||
* Complete the paper response
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Republish CN-Celeb v2.0.
* Release Uyghur DDC ASR.
* Update SpeCom Response.
* Finish r-MAML technical proposal.
||
* Finish HuaWei cross-device delivery.
* Complete paper response.
||
*
|-

|-
|Ying Shi
||
* webrtc retrain with all aishell data and test
* stream decode tuning
||
* stream decode result
||
*
|-

|-
|Haoran Sun
||
* speechflow via d-vector
* change training data to mel by librosa
||
* change speed, remove content, add noise encoder
||
*
|-

|-
|Jiao Han
||
* Check the experimental design and codes.
* Pic classification.
||
*
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Collect and analyze the results of trials evaluation activities.
||
*
||
*
|-

|-
|Tiankai Zhi
||
* continue audio to video synchronisation
||
*
||
*
|-

|-
|Chen Chen
||
* DAP denoise test (real environment noise)
* DAP blind source separation test (different speaker) [still running]
* GAN-prior denoise test (white noise)
||
* GAN-prior denoise test
* DAP blind source separation test (different speaker)
||
*
|-

|-
|Jingxin Shen
||
* The experiment of vggface
*
||
*
||
*
|-

|}

2021-05-31

2021-05-31T06:00:50Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Postive/Negative pair loss for LSTF
* Response to SPCOM paper
||
* Continue to investigate VQ LSTF
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Release CN-Celeb v2.0.
* M2ASR Uyghur delivery.
||
* Start new research.
||
*
|-

|-
|Ying Shi
||
* webrtc retrain with all aishell data
* stream decode
||
* webrtc retrain with all aishell data and test
* stream decode test
||
*
|-

|-
|Haoran Sun
||
* some investigations on LSTF
||
* some procedures for LSTF
* speechflow via d-vector
||
*
|-

|-
|Jiao Han
||
* Website construction and editing mainly.
* Check experiment codes.
||
* Exps about reproduce the regularization result of the normalization space.
* Pictures classification work of AI100.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Report of Uyghur digit
* Evaluation activities of trials
||
* Crowdsourcing platform
* m2asr
||
*
|-

|-
|Tiankai Zhi
||
* Data download and code debugging of infrared lips
||
*
||
*
|-

|-
|Chen Chen
||
* DAP denoise test (different kinds of generated noise)
||
* DAP denoise test (real environment noise)
* DAP blind source separation test (different speeker)
||
*
|-

|-
|Jingxin Shen
||
* VGG_Face recognition;
* Experiments on infrared images with pix2pix cyelegan model
||
*
||
*
|-

|}

2021-05-24

2021-05-24T05:58:08Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*thermal to RGB image investigation
||
*
||
*
|-

|-
|Lantian Li
||
*
*
||
*
||
*
|-

|-
|Ying Shi
||
* webrtc retrain
||
* test webrtc retrain model
||
*
|-

|-
|Haoran Sun
||
* reproduction of speechflow
* proposal
||
* report for proposal
* continuous speaker embedding of speechflow
* investigation of LSTF
||
*
|-

|-
|Jiao Han
||
* Organize experimental codes.
* Sth about operation and propaganda of the official account.
||
* Continue the experiment part.
||
*
|-

|-
|Yang Zhang
||
* train some new models for future experiments and upload to thu cloud
||
* train more models with data augment and other loss functions
||
*
|-

|-
|Di Wang
||
* Carry out the second evaluation activities.
* Learn ASR egs.
||
* Data analysis.
* Learn m2asr.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|-
|Chen Chen
||
* the speech enhancement report
||
* learn recent speech enhancement studies such as WaveRNN/CRN/WaveNet
||
*
|-

|-
|Jingxin Shen
||
* reproduction of pix2pix model
* test of the cycyle_GAN model
||
*
||
*
|-

|}

2021-05-24

2021-05-24T05:54:02Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*thermal to RGB image investigation
||
*
||
*
|-

|-
|Lantian Li
||
*
*
||
*
||
*
|-

|-
|Ying Shi
||
* webrtc retrain
||
* test webrtc retrain model
||
*
|-

|-
|Haoran Sun
||
* reproduction of speechflow
* proposal
||
* report for proposal
* continuous speaker embedding of speechflow
* investigation of LSTF
||
*
|-

|-
|Jiao Han
||
* Organize experimental codes.
* Sth about operation of the official account.
||
*
||
*
|-

|-
|Yang Zhang
||
* train some new models for future experiments and upload to thu cloud
||
* train more models with data augment and other loss functions
||
*
|-

|-
|Di Wang
||
* Carry out the second evaluation activities.
* Learn ASR egs.
||
* Data analysis.
* Learn m2asr.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|-
|Chen Chen
||
* the speech enhancement report
||
* learn recent speech enhancement studies such as WaveRNN/CRN/WaveNet
||
*
|-

|-
|Jingxin Shen
||
* reproduction of pix2pix model
* test of the cycyle_GAN model
||
*
||
*
|-

|}

2021-05-17

2021-05-17T05:56:41Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* AI100 book composition
* More paper reading on speech prior and unsuperivsed factorization
||
* Keep on paper reading on speech prior and unsuperivsed factorization
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* CN-Celeb data/rebuttal.
||
*
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
* Reproduction of speechflow
||
* Complete the reproduction
* Papers for speech factorization
||
*
|-

|-
|Jiao Han
||
* MG exps in the between space and check the code.
||
* Complete and analyze results.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Crowdsourcing platform.
* Egs of ASR.
||
* A second evaluation activities.
* Data analysis.
||
*
|-

|-
|Tiankai Zhi
||
* Within length experiments.
||
*
||
*
|-

|-
|Chen Chen
||
*
||
*
||
*
|-

|}

2021-05-17

2021-05-17T05:54:12Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* AI100 book composition
* More paper reading on speech prior and unsuperivsed factorization
||
* Keep on paper reading on speech prior and unsuperivsed factorization
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
*
||
*
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
* Reproduction of speechflow
||
* Complete the reproduction
* Papers for speech factorization
||
*
|-

|-
|Jiao Han
||
* MG exps in the between space and arrange the code.
||
*
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Crowdsourcing platform.
* Egs of ASR.
||
* A second evaluation activities.
* Data analysis.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|-
|Chen Chen
||
*
||
*
||
*
|-

|}

2021-05-10

2021-05-10T05:59:44Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* AI-100 completed
* Review the LSTF model
||
* More investigation on the LSTF model
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Human test.
* Three standards.
||
* CN-Celeb data/response.
||
*
|-

|-
|Ying Shi
||
* test agc and denoise of webrtc
||
*
||
*
|-

|-
|Haoran Sun
||
* gmvae for single speaker
* it seems hard to implement this on multi-spkeakers
||
* find similar models without too many parameters
*
||
*
|-

|-
|Jiao Han
||
* Verification about vectors'uniform distribution and MG taining.
||
*
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Begin the first round of evaluation activities.
* Screening out the new "trials".
||
* Investigate the crowd test platform.
* Carry out evaluation activities.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|-
|Chen Chen
||
* modify spon web front-end & back-end
* read paper about MetricGAN & learn speechbrain's recipe
||
* run speechbrain's recipe successfully
||
*
|-

|}

2021-04-26

2021-04-26T01:31:10Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
*
||
*
||
*
|-

|-
|Ying Shi
||
* HUAWEI project(denoise)
** compare DAE, asr posteriori, knowledge distilation
** WPE
||
* some work about reverberation cancellation
* DAE + clean prior
||
*
|-

|-
|Haoran Sun
||
*
*
||
*
*
||
*
|-

|-
|Jiao Han
||
* Organize MG experiment results；Modify the loss function to normalize and check codes.
||
*
||
*
|-

|-
|Yang Zhang
||
* CN-Celeb data check
||
* I will read some book, paper and code about wavelet
||
*
|-

|-
|Di Wang
||
*
||
*
||
*
|-

|-
|Tiankai Zhi
||
*The experiment of the within length and betweent angle
||
*
||
*
|-

|-
|Chen Chen
||
* release recorder app
* finish spon.cslt.org version0.1.0
||
* write recorder documents
* optimize spon.cslt.org
||
*
|-

|}

2021-04-19

2021-04-19T02:55:36Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* AI 100 writing
||
* AI 100 writing
||
*
|-

|-
|Yunqi Cai
||
*Intelligent Materials and sensitivity analysis investigation
||
*
||
*
|-

|-
|Lantian Li
||
* Study on robust MAML and its code review.
* Test of margin loss.
||
*
||
*
|-

|-
|Ying Shi
||
* HUAWEI project
** DAE
** ASR posteriori
||
* HUAWEI project
** Asymmetric loss
** Knowledge distillation
* Research
** speech enhancement with deep prior(DAE + clean prior)
||
*
|-

|-
|Haoran Sun
||
*
*
||
*
*
||
*
|-

|-
|Jiao Han
||
* MG normalization experiments and result analysis.
||
*
||
*
|-

|-
|Yang Zhang
||
* built a web page for fake audio detection
* fixed web network issue of huazheng project
||
* add recording function for fake audio detection web page
* recheck the CN-Celeb data
* add NDA loss for PyTorch based speaker verification
||
*
|-

|-
|Di Wang
||
* Find out the "hard trials" of different models through PLDA rating.
||
* Test the "hard trials" on more powerful SOTA speaker models.
* Human test.
* Complete the SVM experiment.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|-
|Chen Chen
||
* APP bug fix & function add
||
* APP bug fix & function add
||
*
|-

|}

2021-04-06

2021-04-06T06:53:38Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Inerspeech paper revising
||
* Morework on AI-100
||
*
|-

|-
|Yunqi Cai
||
*Infrared thermal intelligence material and and device design
||
*
||
*
|-

|-
|Lantian Li
||
*
*
||
*
||
*
|-

|-
|Ying Shi
||
*
*
||
*
||
*
|-

|-
|Haoran Sun
||
*
*
||
* i-vector via our code
* investigations about dimensions of condition
* other investigations
||
*
|-

|-
|Jiao Han
||
* More verification experiments use different datasets.
||
* Organize the code and results,analyze the reasons and give an explanation.
||
*
|-

|-
|Yang Zhang
||
* Interspeech paper.
||
* Waiting for lilt's instruction.
||
*
|-

|-
|Di Wang
||
* sort out the baseline and summary of the dplda experiment.
||
* do experiments in new data sets.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|}

2021-03-22

2021-03-22T01:29:30Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Hierarchical LSTF designed

||
* More investigation on adversarial training for LSTF
* Interspeech paper
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Analyze the problems during the MG training and make some corrections.
||
* Continue to improve the experiments on the new system.
||
*
|-

|-
|Yang Zhang
||
* paper writing.
||
* paper writing.
||
*
|-

|-
|Di Wang
||
* Analyze the test scheme in speaker evaluation.
||
* Validation experiments on multiple data sets.
||
*
|-

|-
|Tiankai Zhi
||
* continue experiment baseline.
||
*
||
*
|-

|}

2021-03-15

2021-03-15T01:29:24Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Debug full-transform LSTF
||
* LSTF-based speech reconstruction
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Release Sunine/egs based on Yang previous version.
* Compare AM-Softmax and ARM-Softmax in VoxCeleb.
* Merge DRT loss into x-vector framework.
* Apply for excellent postdoctoral award.
||
* Go on ARM-Softmax and DRT loss.
* Complete CN-Celeb data checking.
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
* Investigations of LSTF
||
* Parameter tuning
* LSTF on voxceleb
* Try fbank or spectrograms
* DNN i-vector
||
*
|-

|-
|Jiao Han
||
* MG related experiments and analysis of MG loss.
||
* Continue to experiment and summarize.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Experiments to find useful trials.
||
* Analyze the test scheme in speaker evaluation.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|}

2021-02-22

2021-02-22T01:30:12Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* MG paper revision
||
* NSFC project proposal
||
*
|-

|-
|Yunqi Cai
||
* MG paper aaditional experiments
* IR-SPK project synchronisation experiments
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* Test DAE and DAE-iVec ( DAE condition on full dimension iVec white noise )
||
* NAP DAE iVec
* LDA NAP DAE iVec
||
*
|-

|-
|Haoran Sun
||
* continuous i-vector
||
*
||
*
|-

|-
|Jiao Han
||
* MG pre-experiments and research preparation
||
* Collect and analyze research.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Baselines for different sampling rates
* Content related to hypothesis testing
||
* Analyze the test scheme in speaker evaluation
||
*
|-

|-
|Tiankai Zhi
||
* Hypothesis testing
* Read the challenge papers and look for metrics
||
*
||
*
|-

|}

2021-02-22

2021-02-22T01:28:15Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* MG paper revision
||
* NSFC project proposal
||
*
|-

|-
|Yunqi Cai
||
* MG paper aaditional experiments
* IR-SPK project synchronisation experiments
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* Test DAE and DAE-iVec ( DAE condition on full dimension iVec white noise )
||
* NAP DAE iVec
* LDA NAP DAE iVec
||
*
|-

|-
|Haoran Sun
||
* continuous i-vector
||
*
||
*
|-

|-
|Jiao Han
||
* MG pre-experiments and research preparation
||
*
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Baselines for different sampling rates
* Content related to hypothesis testing
||
* Analyze the test scheme in speaker evaluation
||
*
|-

|-
|Tiankai Zhi
||
* Hypothesis testing
* Read the challenge papers and look for metrics
||
*
||
*
|-

|}

2021-02-08

2021-02-08T01:28:35Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Initial experiment for VAE-NF model
* Continous i-vector model with unsupervised learning
* i-vector pooling model design
||
* Book writing
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* i-vector system based on librosa feats
||
* dae ivector
||
*
|-

|-
|Haoran Sun
||
* Continous i-vector training
||
*
||
*
|-

|-
|Jiao Han
||
* Conduct MG pre-experiment.
||
*
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Baseline experiment of ivector with 16kHz data
||
* Some work on cvss 786
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|}

2021-02-01

2021-02-01T01:29:59Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* decoupled PLDA & Bayes PLDA submitted
* refine the robust training theory
* investigate continuous i-vector theory
* initial investigation on the manifold matching theory
* complete the story theme of AI comic
||
* More investigation on the continous i-vector theory
* More investigation on manifold matching theory
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Submit dePLDA, bayesPLDA papers.
* Write DRT paper.
||
* Finish ETM response.
||
*
|-

|-
|Ying Shi
||
* speech enhancement condition on ivector
||
* continue on speech enhancement condition ov ivector
||
*
|-

|-
|Haoran Sun
||
* experiment for journal paper
||
* journal paper
* dnf with fbank
||
*
|-

|-
|Jiao Han
||
* Complete the back-end scoring experiment.
||
* Experiments related to MG.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Complete the experiment of dePLDA.
||
* Do some work on cvss 786.
||
*
|-

|-
|Tiankai Zhi
||
* Data augmentation and test code.
||
*
||
*
|-

|}

2021-01-25

2021-01-25T01:37:30Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* IJCAI submission
* First chapter of book for primary AI
* Theory for robust MAML established
||
* decoupled PLDA paper
* Bayes PLDA paper
||
*
|-

|-
|Yunqi Cai
||
* IR and spk project
* MG experiments
*
||
*
||
*
|-

|-
|Lantian Li
||
* dePLDA paper.
||
* DRT paper.
* ETM response.
||
*
|-

|-
|Ying Shi
||
* Finish my homework
* SLT 2021
* read cvss 782
||
* make some plane about cvss 782
||
*
|-

|-
|Haoran Sun
||
* infared recording demo
* experiment for journal paper
||
* experiment for journal paper
||
*
|-

|-
|Jiao Han
||
* Some backendscoring experiments.
||
* Finish the backend scoring experiment and some preparations for the new experiment.
||
*
|-

|-
|Yang Zhang
||
* write the PyTorch based speaker verification code
* did some experiments in PyTorch SV, but the result is not satisfied
||
* continue to write the code
* read some paper
||
*
|-

|-
|Di Wang
||
* Do the experiment of dePLDA.
||
* Do some work on cvss 788.
||
*
|-

|-
|Tiankai Zhi
||
* Testing thchs30 speaker system with RESNET.
||
*
||
*
|-

|}

2021-01-25

2021-01-25T01:22:05Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
*
*
||
*
||
*
|-

|-
|Lantian Li
||
* dePLDA paper.
||
* DRT paper.
* ETM response.
||
*
|-

|-
|Ying Shi
||
* Finish my homework
* SLT 2021
* read cvss 782
||
* make some plane about cvss 782
||
*
|-

|-
|Haoran Sun
||
* infared recording demo
* experiment for journal paper
||
* experiment for journal paper
||
*
|-

|-
|Jiao Han
||
* Some backendscoring experiments.
||
* Finish the backend scoring experiment and some preparations for the new experiment.
||
*
|-

|-
|Yang Zhang
||
* write the PyTorch based speaker verification code
* did some experiments in PyTorch SV, but the result is not satisfied
||
* continue to write the code
* read some paper
||
*
|-

|-
|Di Wang
||
* Do the experiment of dePLDA.
||
* Do some work on cvss 788.
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|}

2021-01-04

2021-01-04T01:29:52Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Bayes PLDA paper
* Theory for local linear prior
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* Pull request CNC to Kaldi.
* Write dePLDA paper.
||
* dePLDA, DRT paper.
* ETM response.
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Yue Fan
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Change devset to complete the NL scoring experiment.
||
*
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Data collation of the experiment.
||
* High and low resolution experiment on SRE.
||
*
|-

|-
|Tiankai Zhi
||
* Continue learn and code xvector.
||
*
||
*
|-

|}

2020-12-28

2020-12-28T01:34:52Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* More investigation on NDA for factorizatrion
* Investigation on various models for modal fusion
* Investigation on infraed face recognition
||
*
||
*
|-

|-
|Yunqi Cai
||
*Investigation on infrared thermal sensor and imaging
*popularization of science
||
*
||
*
|-

|-
|Lantian Li
||
* Rethink on dePLDA.
* More exps on DRT.
* Study on d-vec/feat based DNF/NDA.
||
* Study on d-vec/feat based DNF/NDA.
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
* some simulation on nda
||
* more simulation
* nda with MFCC
||
*
|-

|-
|Yue Fan
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Complete NL scoring verification after replacing the dataset.
||
* Prepare new MG experiment.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Experiments on modeling different objects and domain adaptation.
||
* Collate the experimental results.
||
*
|-

|-
|Tiankai Zhi
||
* Continue x-vector experiment.
||
*
||
*
|-

|}

2020-12-21

2020-12-21T01:35:33Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* More investigation on NDA model, employing it to perform hierarchical analysis [cvss 781]
* Propose speaker-complementary space, which can be used for either conditional vector [cvss 782] or data augmentation [783]
||
*
||
*
|-

|-
|Yunqi Cai
||
* tactile and visual embedding space investigation
* popularization of science
||
*
||
*
|-

|-
|Lantian Li
||
* Release oneSentence.
* Paper reading.
||
* Multi-GPU training.
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
* DNF training with class means
* training by NDA
||
* LDA + NDA
* cross entropy + NDA
||
*
|-

|-
|Jiao Han
||
* PLDA scoring recurrence of CN dataset.
||
* Finish verification experiment.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Experiments on modeling different objects M
||
* Continue the experiment
||
*
|-

|-
|Tiankai Zhi
||
* The SED experiment was completed.
||
* Run x-vector baseline
||
*
|-

|}

2020-12-21

2020-12-21T01:33:18Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* More investigation on NDA model, employing it to perform hierarchical analysis [cvss 781]
* Propose speaker-complementary space, which can be used for either conditional vector [cvss 782] or data augmentation [783]
||
*
||
*
|-

|-
|Yunqi Cai
||
* tactile and visual embedding space investigation
* popularization of science
||
*
||
*
|-

|-
|Lantian Li
||
* Release oneSentence.
* Paper reading.
||
* Multi-GPU training.
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
* DNF training with class means
* training by NDA
||
* LDA + NDA
* cross entropy + NDA
||
*
|-

|-
|Jiao Han
||
* PLDA scoring recurrence of CN dataset.
||
* Finish verification experiment.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
*
||
*
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|}

2020-12-14

2020-12-13T23:01:27Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
* Bayesian approach for noisy injection
* New factorization model
||
* More investigation on factorization model
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Yue Fan
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Experiments related to PLDA_SB used in NL scoring.
||
* Continue to verify and summarize.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Model the sigma in the prediction term.
||
* Modify and optimize the experiment.
||
*
|-

|-
|Tiankai Zhi
||
* Continue to the SED experiment.
||
* To end the SED experiment.
||
*
|-

|}

2020-12-07

2020-12-06T23:38:30Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Lantian Li
||
* My weddding
||
* Go on deep Gaussian model.
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Yue Fan
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Summarize the experimental results and analyze the experimental report.
||
* Continue experiments and the opening report.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Comparison experiment between LN and SD/LT
||
* Analysis of experimental results
||
*
|-

|-
|Tiankai Zhi
||
* sed experiment
||
* gunshot classification and scoring
||
*
|-

|}

2020-11-30

2020-11-29T23:18:31Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Zhiyuan Tang
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
*
||
*
||
*
|-

|-
|Haoran Sun
||
* Fdnf by pooling training
* More attempts on voice conversion
||
* improve performance of voice conversion on dnf
||
*
|-

|-
|Yue Fan
||
*
||
*
||
*
|-

|-
|Jiao Han
||
* Experiment about PLDA scoring verification.
||
* Organize experiment results and opening report.
||
*
|-

|-
|Yang Zhang
||
*
||
*
||
*
|-

|-
|Di Wang
||
* Experiment with combinations of LN
||
* Continue to experiment
||
*
|-

|-
|Tiankai Zhi
||
* sed experiment,prepare ppt.
||
* improve the experiment.
||
*
|-

|-
|Huayi Yan
||
*
||
*
||
*
|-

|}

Weekly meeting

2020-11-23T01:44:29Z

Hanjiao：

*Location: FIT-1-304

{| class="wikitable"
! Date !! Speaker!! Title !! Materials !! On duty
|-
| 2012/08/27 ||Dong Wang || Heterogeneous Convolutive Non-negative Sparse Coding ||[[媒体文件:Heterogeneous_convolutive_non-negative_sparse_coding.pdf|slides]] [http://homepages.inf.ed.ac.uk/v1dwang2/public/pdf/inerspeech2012-hetero.pdf paper] ||
|-
|2012/09/03 ||NO Meeting|| || ||
|-
|2012/09/10 || NO Meeting|| || ||
|-
|2012/09/17 ||WALEED ABDULLA||Auditory Based Feature Vectors for Speech Recognition ||[[媒体文件:AuditoryBasedFeatureVectors.pdf|slides]]||范淼
|-
| rowspan="2"|2012/09/24 ||刘超|| N-gram FST indexing for Spoken Term Detection || [[媒体文件:120924-N_gram_FST_indexing_for_Spoken_Term_Detection-LC-0.pdf|slides]] ||尹聪
|-
|范淼||Micro-blogging, Wikipedia, Folksonomy, What's Next? ||[[媒体文件:120924-Micro-blogging, Wikipedia, Folksonomy, What's Next-FM--01-FM-.pdf|slides]] ||
|-
| 2012/10/08 ||NO Meeting|| || ||
|-
| 2012/10/15 ||NO Meeting|| || ||
|-
|2012/10/22||Wu Xiaojun||speaker recognition in CSLT ||[[媒体文件:VPR_in_CSLT.pdf|slides]]||卡尔
|-
| rowspan="1"|2012/10/29 ||王军||An overview of Automatic Speaker Diarization Systems || [[媒体文件:121027-Speaker Diarization-WJ.pdf|slides]] ||别凡虎
|-
| rowspan="1"|2012/11/05 ||别凡虎||Experiments on Emotional Speaker Recognition||[[媒体文件:121104-Experiments_on_Emotional_Speaker_Recognition-BFH.pdf|slides]] ||刘超
|-
| rowspan="1"|2012/11/12 ||唐国瑜||Statistical Word Sense Improves Document Clustering ||[[媒体文件:121112_Statistical_Word_Sense_Improves_Document_Clustering_TGY.pdf‎ |slides]]||邱晗
|-
| rowspan="1"|2012/11/19 ||张陈昊||TDSR with Long-term Features Based on Functional Data Analysis||[[媒体文件:121118-ISCSLP-FDA_SR-ZCH.pdf|slides]] ||王俊俊
|-
| rowspan="1"|2012/11/26 ||王琳琳||Time-Varying Speaker Recognition: An Introduction||[[媒体文件:121126-Time_Varying_Speaker_Recognition_I-Wll.pdf‎|slides]] ||龚宬
|-
| rowspan="1"|2012/12/03 ||No meeting|| || ||
|-
| rowspan="1"|2012/12/10 ||No meeting|| || ||
|-
| rowspan="1"|2012/12/17 ||No meeting|| || ||

|-
| rowspan="1"|2012/01/07 || || || ||
|-
|2012/01/07 ||王军||基于DF-MAP的说话人模型训练方法||[[媒体文件:130107-基于DFMAP的说话人模型训练方法-WJ.pdf|slides]] ||唐国瑜
|-
| rowspan="1"|2012/01/14 ||王东|| Computing in CSLT ||[[媒体文件:Computing_in_CSLT.pdf|slides]] ||王琳琳
|-

|-
| rowspan="1"|2013/03/04 ||王军||Sequential Adaptive Learning for Speaker Verification ||[[媒体文件:130301-Sequential adaptive learning for speaker verification-WJ.pdf|slides]] ||别凡虎
|-
| rowspan="1"|2013/03/11 || Du Jinle|| VAD stuff || ||
|-
| rowspan="1"|2013/03/18 || || || ||
|-
| rowspan="1"|2013/03/25 || || || ||
|-
| rowspan="1"|2013/04/01 || || || ||
|-
| rowspan="1"|2013/04/08 || 张陈昊|| A Fishervoice based Feature Fusion Method for SUSR ||[[媒体文件:130408-FisherVoice-ZCH.pdf|slides]] ||谢仲达
|-
| rowspan="1"|2013/04/15 ||龚宬|| An Exploration on Influence Factors of VAD's Performance in Speaker Recognition ||[[媒体文件:130415-An_Exploration_on_Influence_Factors_of_VAD-GC.pdf|slides]] ||
|-
| rowspan="1"|2013/04/22 ||王俊俊 || Understanding the Query: THCIB and THUIS at NTCIR-10 Intent Task ||[[媒体文件:130422-Understanding_the_Query-WJJ.pdf|slides‎]] ||
|-
| rowspan="1"|2013/04/29 || || || ||
|-
| rowspan="1"|2013/05/06 ||别凡虎 ||MLLR on Emotional Speaker Recognition ||[[媒体文件:130506-MLLR on Emotional Speaker Recognition-BFH.pdf|slides]] ||
|-
| rowspan="1"|2013/05/13 ||刘超 || The Use of Deep Neural Network for Speech Recognition || [[媒体文件:130513-the_use_of_dnn_for_asr-lc.pdf|slides]] ||
|-
| rowspan="1"|2013/05/20 || || || ||
|-
| rowspan="1"|2013/05/27 ||王琳琳|| 说话人识别中的时变鲁棒性问题研究 || [[媒体文件:130527-TVSV-Wll.pdf|slides]] ||
|-
| rowspan="1"|2013/06/03 ||王俊俊|| 汉语搜索结果聚类系统研究与实现 || [[媒体文件:130601-毕业答辩-02-WJJ.pdf|slides]] ||
|-
| rowspan="1"|2013/06/10 || || || ||
|-
| rowspan="1"|2013/06/17 ||范淼 || Relation Extraction ||[[媒体文件:130617-relation_extraction-fm.pdf|slides]] ||
|-
| rowspan="1"|2013/06/24 ||唐国瑜 || Incorporating Statistical Word Senses in Topic Model ||[[媒体文件:130624_Incorporating Statistical Word Senses in Topic Model_TGY.pdf|slides]] ||
|-
| rowspan="1"|2013/07/01 || || || ||
|-
| rowspan="1"|2013/07/08 || || || ||
|-
| rowspan="1"|2013/07/15 || || || ||
|-
| rowspan="1"|2013/09/09 ||王东 || Research Frontier in Speech Technology||[[媒体文件:Research Frontier in Speech Technology.pdf|slides]] ||
|-
| rowspan="1"|2013/09/16 || || || ||
|-
| rowspan="1"|2013/09/23 || || || ||
|-
| rowspan="1"|2013/09/30 || || || ||
|-
| rowspan="1"|2013/10/07 || || || ||
|-
| rowspan="1"|2013/10/14 || || || ||
|-
| rowspan="1"|2013/10/21 ||范淼 ||Transduction Classification with Matrix Completion （中文报告）||[[媒体文件: Transduction_Classifiction_with_Matrix_Completion.pdf‎|slides]] [http://pages.cs.wisc.edu/~jerryzhu/pub/mc4ssl_FINAL.pdf paper]|| 李蓝天
|-
| rowspan="1"|2013/10/28 || || || ||
|-
| rowspan="1"|2013/11/04 || 王军 || 基于i-vector的intersession补偿及打分方法(综述) || [[媒体文件:131104-ivecto下intersession补偿及打分方法--01-WJ-.pdf‎|slides]]||
|-
| rowspan="1"|2013/11/11 ||张陈昊 ||PLDA介绍及PLDA在说话人识别中的应用 ||[[媒体文件:PLDA.pdf|slides]] || 唐国瑜
|-
| rowspan="1"|2013/11/18 ||别凡虎 ||i-vector理论介绍（讨论）||[[媒体文件:131118-i-vector_and_GMM-UBM-BFH.pdf|slides]]‎ ||王军
|-
| rowspan="1"|2013/11/25 ||刘超 || Pruning Neural Networks By Optimal Brain Damage(综述)||[[媒体文件:131125-OBD-LC-01.pdf|slides]] ||范淼
|-
| rowspan="1"|2013/12/02 ||范淼 ||Distant Supervision for Relation Extraction with Matrix Completion （英文报告）||[[媒体文件:131202-DRMC-FM-01.pdf|slides]] || 李蓝天
|-
| rowspan="1"|2013/12/09 || Dong Wang|| Introduction to the HMM-based speech synthesis||[http://hts.sp.nitech.ac.jp/archives/2.2/HTS_Slides.zip slides] ||
|-
| rowspan="1"|2013/12/16 ||张陈昊 ||语音研究中的基元介绍 ||[[媒体文件:131215-Phonology-ZCH.pdf|slides]] ||
|-
| rowspan="1"|2013/12/23 || Dong Wang|| Introduction to the HMM-based speech synthesis (2)||[http://hts.sp.nitech.ac.jp/archives/2.2/HTS_Slides.zip slides] ||
|-
| rowspan="1"|2013/12/23 || || || ||
|-
| rowspan="1"|2013/12/30 ||刘荣 || continuous space language model||[[媒体文件:Cslm-cslt.pdf|slides]] ||刘超
|-
| rowspan="1"|2014/01/06 || || || ||
|-
| rowspan="1"|2014/01/13 || || || ||
|-
| rowspan="1"|2014/01/20 || || || ||
|-
| rowspan="1"|2014/02/24 || || || ||
|-
| rowspan="1"|2014/03/03 || || || ||
|-
| rowspan="1"|2014/03/10 ||范淼|| Distant Supervision for Information Extraction (英文报告)|| || 李蓝天
|-
| rowspan="1"|2014/03/17 ||唐国瑜 || Topic Models Incorporating Statistical Word Senses || [[媒体文件:TMISWS_For_CICLing2014.pdf|slides]]||
|-
| rowspan="1"|2014/03/24 ||孟祥涛 || Noisy training for Deep Neural Networks|| ||
|-
| rowspan="1"|2014/03/31 ||范淼|| Translating Embeddings for Modeling Multi-relational Data （中文报告） || [https://www.hds.utc.fr/everest/lib/exe/fetch.php?id=en%3Atranse&cache=cache&media=en:cr_paper_nips13.pdf paper]||李蓝天
|-
| rowspan="1"|2014/04/07 || || || ||
|-
| rowspan="1"|2014/04/14 || Wang Jun|| I-vector and PLDA in depth ||[[媒体文件:131104-ivector-microsoft-wj.pdf|slides]] ||
|-
| rowspan="1"|2014/04/21 || 邱晗||汉语事件句式规范化处理 ||[[媒体文件:140421-汉语事件句式规范化-QH.pdf‎|slides]] ||
|-
| rowspan="1"|2014/04/28 || 唐国瑜|| Some papers in　CICLing2014 ||[[媒体文件:Some_papers_in_CICling2014.pdf|slides]] ||刘超
|-
| rowspan="1"|2014/05/05 || || || ||
|-
| rowspan="1"|2014/05/12 || 卡尔|| paper introduction || [[媒体文件:Acoustic Factor Analysis.pdf|slides]] || 邱晗
|-
| rowspan="2"|2014/05/19 || 邱晗|| 汉语事件句式CCG推导树重构 ||[[媒体文件:140519-CCG_reConstruction.pdf‎|slides]]‎|| 卡尔
|-
|Liu Chao|| master proposal: sparse and deep neural networks || [[媒体文件:140519-proposal-LC-01.pdf|slides]] ||
|-
| rowspan="1"| || Liu Chao|| 2nd master proposal: sparse and deep neural networks|| ||
|-
| rowspan="1"|2014/06/16 || 别凡虎 || Truncated Wave based VPR and Some Recent Work || [[媒体文件:140614-Truncated_Speech_based_VPR.pdf‎|slides]]‎ || 别凡虎
|-
| rowspan="1"|2014/06/23 || 别凡虎 || Block-wise training for I-vector || [[媒体文件:140623-Block-wise training for I-vector.pdf‎|slides]]‎ || 别凡虎
|-
| rowspan="1"| 2014/07/07||王军 ||Discriminative Scoring for Speaker Recognition Based on I-vectors || [[媒体文件:140707-work_report.pdf|slides]]|| 王军
|-
| rowspan="1"| 2014/09/01|| || || ||
|-
| rowspan="1"|2014/09/09 ||别凡虎 ||Reseach on Truncated Wave based VPR||[[媒体文件:140909-Truncated Speech based VPR.pdf|slides]] || 别凡虎
|-
| rowspan="1"| 2014/09/15|| || || ||
|-
| rowspan="1"|2014/09/22 || Miao Fan|| Large-scale Entity Relation Extraction based on Low-dimensional Representations (中文报告，博士开题)
||[[媒体文件:基于低维表示的大规模实体关系挖掘技术.pdf‎|slides]] || Lan TianLi
|-
| rowspan="1"| 2014/09/29 || || || ||
|-
| rowspan="1"|2014/10/13 || Miao Fan|| The Frontier of Knowledge Embedding （英文报告）|| [[媒体文件:The_Frontier_of_Knowledge_Embedding.pdf‎|slides]]|| Lan TianLi
|-
| rowspan="1"|2014/10/20 || || || ||
|-
| rowspan="1"|2014/10/27 || Li Yi || Phonemes, Features, and Syllables: Converting Onset and Rime Inventories to Consonants and Vowels||[[媒体文件:Lanzhou Phonemes, Features, and Syllables- fianl.pdf|paper]] [[媒体文件:Syllables and phonemes - 20141027.pdf|slides]]||
|-
| rowspan="1"|2014/11/3 || 米吉提|| Automatic Speech Recognition of Agglutinative Language based on Lexicon Optimization||[[媒体文件:Mijit-slides-清华大学-2014-11-3.pdf|slides]] ||
|-
| rowspan="1"|2014/11/10 || || || ||
|-
| rowspan="1"|2014/11/17 ||Dong Wang || Highly restricted keyword spotting for Uyghur using sparse analysis|| [[媒体文件:Highly Restricted Keyword Selection Based on Sparse Analysis.pdf|slides]]||
|-
| rowspan="1"|2014/11/24 || || || ||
|-
| rowspan="1"|2014/12/1 ||ZhongDa Xie ||Incorporating Fine-Grained Ontological Relations in Medical Document Ranking || [[媒体文件:Fine-grained_relations.pdf|slides]]|| Lantian Li
|-
| rowspan="1"|2014/12/8 || || || ||
|-
| rowspan="1"|2014/12/15 || 唐国瑜 || 跨语言话题分析关键技术研究 ||[[媒体文件:141205-答辩-TGY.pdf|slides]] ||
|-
| rowspan="1"|2014/12/22 || || || ||
|-
| rowspan="1"|2014/12/29 || Askar || Language Mismatch in Speaker Recognition System||[[媒体文件:141229--askar.pdf|slides]] ||
|-
| rowspan="1"|2015/1/5 ||Lantian Li || Deep Neural Networks for Speaker Recognition || [[媒体文件:150104_Deep_Neural_Networks_for_Speaker_Recognition_LLT.pdf|slides]]||
|-
| rowspan="1"|2015/1/12 || || || ||
|-
| rowspan="1"|2015/1/19 || Dong Wang || Machine Learning Paradigms for Speech Recognition||[[媒体文件:Machine Learning Paradigms for Speech Recognition.pdf|slides]] [http://ieeexplore.ieee.org/xpl/articleDetails.jsp?arnumber=6423821 paper] ||
|-
| rowspan="1"|2015/1/26 || Chen Guorong || Information Transmission and Distribution on Web ||[[媒体文件:An_introduction_of_complex_network1.pdf|slides]] ||
|-
| rowspan="1" |2015/3/9 || Dong Wang || Joint Deep Learning || [[媒体文件:Joint Deep Learning.pdf|slides]] ||
|-
| rowspan="1"|2015/3/16 || Dongxu Zhang || Knowledge learning from text data and knowledge bases || [[媒体文件:Joint Deep Learning.pdf|slides]] ||
|-
| rowspan="1"|2015/4/13 || Xuewei Zhang || Lasso-based Reverberation Suppression In Automatic Speech Recognition || [[媒体文件:Lasso-based Reverberation Suppression In Automatic Speech Recognition.pdf|slides]] ||
|-
| rowspan="1"|2015/5/11 || Dong Wang ||ASR and SID Research Frontier ||[[媒体文件:ASR and SID Research Frontier.pdf|slides]] ||
|-
| rowspan="1"|2015/11/23 || Zhiyuan Tang|| CTC learning|| [[媒体文件:CTC.pdf|slides]] ||
|-
| rowspan="1"|2015/11/30 || Mengyuan Zhao|| CNN-based music removal|| [[媒体文件:Music Removal by Convolutional Denoising.pdf | slides]] ||
|-
| rowspan="1"|2015/12/3 || Zhiyuan Tang|| Networks of Memory|| [[媒体文件:Memory_net.pdf|slides]] ||
|-
| rowspan="1"|2015/12/7 || Yiqiao Pan|| Document Classification with Spherical Word Vectors||[[媒体文件:Document Classification with Spherical Word Vectors.pdf|slides]] ||
|-
| rowspan="1"|2015/12/14 || Dong Wang || Transfer Learning for Speech and Language Processing ||[[媒体文件:Transfer_Learning_for_Speech_and_Language_Processing.pdf|slides]] ||
|-
| rowspan="1"|2015/12/21 || Qixin Wang || Attention for poem generation ||[[媒体文件:Ijcai 2016.pptx|slides]] ||
|-
| rowspan="1"|2015/12/28 || Lantian Li || Max-margin metric learning for speaker recognition || [[媒体文件:Max-margin-Metric-Learning.pdf|slides]]||
|-
| rowspan="1"|2016/1/4 || Zhiyong Zhang || Parallel training,MPE and natural gradient||[[媒体文件:20160104_张之勇_Large-scale Parallel Training in Speech Recognition.pdf|slides]]||
|-
| rowspan="1"|2016/1/18 || Dongxu Zhang || Memoryless Document Vector ||[[媒体文件:Memoryless_document_vector.pdf|slides]]||
|-
| rowspan="1"|2016/3/14 || Zhiyuan Tang|| Oral presentation for "vMF-SNE: Embedding for Spherical Data"|| [[媒体文件:embedding.pdf|slides]] ||
|-
| rowspan="1"|2016/3/28 || Tianyi Luo || Review for Neural QA || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/2/29/CSLT_Weekly_Report--20160328.pdf slides] ||
|-
| rowspan="1"|2016/4/11 || Rong Liu || Recommendation in Youku || [http://cslt.riit.tsinghua.edu.cn/mediawiki/index.php/%E6%96%87%E4%BB%B6:Cslt%E5%AE%9E%E9%AA%8C%E5%AE%A4%E4%BA%A4%E6%B5%81.pptx slides] ||
|-
| rowspan="1"|2016/5/09 || Miao Fan || Learning contextual embeddings of knowledge base with entity descriptions.|| [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/9/9c/Techreport_CSLT_2016_M.F..pdf slides] ||
|-
| rowspan="1"|2016/5/16 || Yang Wang || Research on conversation thread detection. || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/b/bb/%E6%B1%AA%E6%B4%8B-%E6%AF%95%E8%AE%BE-CSLT.pdf slides] ||
|-
| rowspan="1"|2016/5/20 || Yang Wang & Maoning Wang || Research on portfolio selection. || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/8/89/%E6%B1%AA%E6%B4%8B-%E9%87%91%E8%9E%8D%E7%AC%AC%E4%B8%80%E6%AC%A1%E5%88%86%E4%BA%AB.pdf slides1] [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/b/bb/%E6%B1%87%E6%8A%A5_%E8%B5%84%E4%BA%A7%E7%BB%84%E5%90%88%E4%B8%AD%E5%87%A0%E4%B8%AA%E8%AF%84%E4%BB%B7%E6%8C%87%E6%A0%87%E7%9A%84%E8%A7%A3%E9%87%8A.pdf slides2]||
|-
| rowspan="1"|2016/5/20 || Zhiyuan Tang || ICASSP 2016 summary || [[媒体文件:Note icassp16.pdf|slides]] ||
|-
| rowspan="1"|2016/5/23 || Dong Wang || graphical model and neural model || [[媒体文件:Graphic Model and Neural Model.pdf|slides]] [[媒体文件:Generative-Pdf.rar|papers]] ||
|-
| rowspan="1"|2016/8/02 || Zhiyuan Tang || Visualizing, Measuring and Understanding Neural Networks: A Brief Survey|| [[媒体文件:Nn analysis.pdf|slides]] ||
|-
| rowspan="1"|2016/8/03 || Yang Wang || Neural networks and genetic programming for financial forecasting || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/7/79/GeneticNN.pdf slides] ||
|-
| rowspan="1"|2016/11/05 || Yang Wang || Reinforcement Learning Models and Simulations || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/ca/RRL_and_sim.pdf slides] ||
|-
| rowspan="1"|2016/11/08 || April Pu || SOFTWARE DEVELIPMENT METHODOLOGIES || [http://wangd.cslt.org/talks/pdf/april_software.pptx slides] ||
|-
| rowspan="1"|2016/11/12 || Yang Wang || Generative Adversarial Nets || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/c9/Generative_adversarial_network.pdf slides] ||
|-
| rowspan="1"|2016/11/22 || Zhiyuan Tang || INTERSPEECH 2016 summary || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/6/65/Interspeech16_review.pdf slides] ||
|-
| rowspan="1"|2016/11/30 || Dong Wang || Deep and sparse learning in speech and language: an overview || [http://wangd.cslt.org/talks/pdf/bics2016.pptx slides] ||
|-
| rowspan="1"|2017/2/17 || Yang Wang || Review understanding deep learning requires rethinking generalization || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/3/3b/Review_understanding_deep_learning_requires_rethinking_generalization.pdf slides] ||
|-
| rowspan="1"|2017/6/5 || Dong Wang || Deep speech factorization || [http://wangd.cslt.org/talks/pdf/Deep-Speech-Factorization.pdf slides] ||
|-
| rowspan="1"|2017/6/8 || Shiyue Zhang || Convolutional Sequence to Sequence Learning || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/f/f3/Conv_seq2seq.pptx slides] ||
|-
| rowspan="1"|2017/6/12 || Shiyue Zhang || Memory-augmented Neural Machine Translation || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/3/36/Memory-augmented_Neural_Machine_Translation_.pptx slides] ||
|-
| rowspan="1"|2017/6/21 || Shiyue Zhang || Attention Is All You Need || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/6/68/Attention_is_all_you_need.pptx slides] ||
|-
| rowspan="1"|2017/6/26 || Jiyuan Zhang || Chinese poem generation using neural model || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/5/50/Flexible_and_Creative_Chinese_Poetry_Generation_Using_Neural_Memory_.pptx slides] ||
|-
| rowspan="1"|2017/6/21 || Miao Zhang || Speaker recognition on cough,laugh and wei ||
[http://cslt.riit.tsinghua.edu.cn/mediawiki/images/f/f6/Zm_cough.pdf slides]
||
|-
| rowspan="1"|2017/7/10 || Aodong Li || Enhanced Neural Machine Translation by Learning from Draft || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/ca/Learning_from_draft.pptx slides] ||
|-
| rowspan="1"|2017/7/17 || Lantian Li || Study on Speaker Recognition || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/e/ec/170716-Study_on_SRE.pdf slides] ||
|-
| rowspan="1"|2018/12/6 || Xiuqi Jiang || Meta-Learning and Zero-Shot Learning || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/1/18/181205_Meta-Learning_and_Zero-Shot_Learning_JXQ.pdf slides] ||
|-
| rowspan="1"|2018/12/12 || Dan He || Tensor factorization neural net || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/3/3d/Tensor_factorization_neural_net.pdf slides] ||
|-
| rowspan="1"|2018/12/26 || Dong Wang || Towards deep statistical speaker representation || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/4/48/V.pdf slides] ||
|-
| rowspan="1"|2019/01/04 || Dong Wang || Speech in NIPS 2017/2018 || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/c8/Speech_in_NIPS_2017.pdf slides] ||
|-
| rowspan="1"|2019/07/17 || Dong Wang || Deep Feature Learning and Normalization for Speaker Recognition || [http://wangd.cslt.org/talks/pdf/india.pdf slides] ||
|-
| rowspan="1"|2019/08/19 || Sitong Cheng & Pengyuan Zhang || Periodic Report of Celebrity Video Data Collection. || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/0/08/C-STAR.pdf slides] ||
|-
| rowspan="1"|2019/08/19 || Dong Wang|| Continuous Learning for Neural Nets || [[媒体文件:Continuous Learning for Neural Nets.pdf|slides]]||
|-
| rowspan="1"|2019/09/11 || Dong Wang || Language Recognition in ICASSP 2019 || [http://wangd.cslt.org/talks/pdf/LRE-ICASSP-2019.pdf slides] ||
|-
| rowspan="1"|2019/09/11 || Sitong Cheng || Language Recognition in Interspeech 2019 || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/a/a9/Language_Recognition_in_Interspeech_2019.pdf slides] ||
|-
| rowspan="1"|2019/10/14 || Haoran Sun || Dimension Reduction || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/7/7b/DimensionReduction.pdf slides] ||
|-
| rowspan="1"|2019/10/27 || Dong Wang || Back to Matrix || [[媒体文件:Back to Matrix.pdf|slides]] ||
|-
| rowspan="1"|2019/11/11 || Dong Wang || Helmholtz Machine & The ML criterion || [[媒体文件:Helmholtz Machine & The ML criterion.pdf|slides]] ||
|-
| rowspan="1"|2019/12/02 || Jiawen Kang || Gan Laten Space Manipulation & Flow Application Papers || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/ca/GAN_Lantent_Space_manunipulation_%26_Flow_Application.pdf slides] ||
|-
| rowspan="1"|2019/12/09 || Dong Wang || Style transfer and information factorization || [[媒体文件:Style Transfer with Generative Models.pdf|slides]] ||
|-
| rowspan="1"|2019/12/16 || Zhiyuan Tang || Conditional Generative Flow || [[媒体文件:Conditional GLow.pdf|slides]] ||
|-
| rowspan="1"|2019/12/23 || Lantian Li || Deep Generative Model in Speaker Recognition || [[媒体文件:Deep Generative Model in Speaker Recognition.pdf|slides]] ||
|-
| rowspan="1"|2019/12/30 || Wenqiang Du || Cross-bandwidth Train || [[媒体文件:Cross-bandwidth_Train.pdf|slides]] ||
|-
| rowspan="1"|2019/01/06 || Yunqi Cai || Do Deep Generative Models Know What They Don't Know ?|| [[媒体文件:2020.1.6_group_meeting.pdf|slides]] ||
|-
| rowspan="1"|2019/01/10 || Haoran Sun || Flow++: Improving Flow-Based Generative Models with Variational Dequantization and Architecture Design || [[媒体文件:Flow++.pdf|slides]] ||
|-
| rowspan="1"|2020/01/13 || Ying Shi || Deep Generative Model Energy Based Model || [[媒体文件:Deep_Generative_Model.pdf|slides]] ||
|-
| rowspan="1"|2020/02/10 || Dong Wang || Deep Generative Models for Discriminative Tasks || [[媒体文件:Re-Thinking for Discriminative and Generative Models.pdf|slides]]||
|-
| rowspan="1"|2020/02/17 || Zhiyuan Tang || Unsupervised Learning of Disentangled Representations || [[媒体文件:20200217 Unsupervised disentanglement.pdf|slides]] ||
|-
| rowspan="1"|2020/02/24 || Lantian Li || Weakly- & Self-Supervised Learning || [[媒体文件:Weakly-_%26_Self-Supervised_Learning.pdf|slides]] ||
|-
| rowspan="1"|2020/03/02 || Yunqi Cai || Deep Normalization for Speaker Vectors|| [[媒体文件:Deep_Normalization_for_Speaker_Vectors_.pdf|slides]]||
|-
| rowspan="1"|2020/03/09 || Ying Shi || Speech Enhancement base on Double Flow || [[媒体文件:Speech_Enhancement_base_on_Double_Flow.pdf|slides]]||
|-
| rowspan="1"|2020/03/16 || Dong Wang || Bayesian scoring and uncertainty manipulation || [[媒体文件:Uncertainty Propagation.pdf|slides]]||
|-
| rowspan="1"|2020/03/23 || Zhiyuan Tang || Classifier involves Energy Based Model || [[媒体文件:200323 energy model.pdf|slides]] ||
|-
| rowspan="1"|2020/03/30 || Lantian Li || Bayesian scoring in speaker verification || Temporarily held for security ||
|-
| rowspan="1"|2020/04/06 || Yunqi Cai || Posterior Collapse|| [[媒体文件:Posterior_Collapse.pdf|slides]]||
|-
| rowspan="1"|2020/04/13 || Lantian Li || NDA in ASV || Temporarily held for security [cvss 761] ||
|-
| rowspan="1"|2020/04/20 || Ying Shi || Speech_Enhancement_base_on_Flow ||[[媒体文件:Speech_Enhancement_base_on_Flow.pdf|slides]] ||
|-
| rowspan="1"|2020/05/11 || Dong Wang || Real DNF || [[媒体文件:Real_DNF.pdf|Slide]] ||
|-
| rowspan="1"|2020/05/26 || Sitong Cheng || ASR-Free Pronunciation Assessment || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/9/9a/ASR-Free_Pronunciation_Assessment.pdf slides] ||
|-
| rowspan="1"|2020/05/26 || Jiawen Kang || RobustMAML || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/8/8e/RobustMAML.pdf slides] ||
|-
| rowspan="1"|2020/05/26 || Jiawen Kang || Domain adaptation review || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/6/6d/Presentation-Meta-learning.pdf slides] ||
|-
| rowspan="1"|2020/05/26 || Jiawen Kang || SOTA models for VPR || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/d/d2/SOTA_models_for_VPR.pdf slides] ||
|-
| rowspan="1"|2020/06/01 || Dong Wang || How MAML succeeded? || [https://arxiv.org/pdf/1909.09157.pdf][https://pdfs.semanticscholar.org/e6e9/c9d50b11ced939faf42f1c65bf9360eefd73.pdf][https://arxiv.org/pdf/1706.05806.pdf] ||
|-
| rowspan="1"|2020/06/09 || Zhiyuan Tang || Flow Wheels || [[媒体文件:20200408 flow wheels.pdf|slides]] ||
|-
| rowspan="1"|2020/06/15 || Lantian Li || Uncertainty Modeling and Inference || [[媒体文件:200615-Uncertainty.pdf|slides]] ||
|-
| rowspan="1"|2020/06/22 || Lantian Li || Gaussians in High Dimension || [[媒体文件:High-dimensioaln-Gaussian.pdf|slides]] ||
|-
| rowspan="1"|2020/06/22 || Dong Wang || Self training for SE and ASR || [[媒体文件:Self-Training.pdf|slides]] ||
|-
| rowspan="1"|2020/06/29 || Ying Shi || Speech enhancement & separation || [[媒体文件:Speech-Separation-and-Enhancement.pdf|slides]] ||
|-
| rowspan="1"|2020/07/06 || Haolin Chen || Self-supervised Learning in Speech Processing || [[媒体文件:Self-Supervised.pptx|slides]] ||
|-
| rowspan="1"|2020/07/13 || Zhiyuan Tang || Exploding inverse in INN || [[媒体文件:20200713 dig into flow.pdf|slides]] ||
|-
| rowspan="1"|2020/07/20 || Lantian Li || Principle Solution for Enroll-Test Mismatch || [[媒体文件:200720-mismatch.pdf|slides]] ||
|-
| rowspan="1"|2020/08/17 || Dong Wang || Decoupled scoring || [[媒体文件:Decoupled.pdf|slides]] ||
|-
| rowspan="1"|2020/08/24 || Zhiyuan Tang || G & D Acoustic model || [[媒体文件:20200824 flow asr.pdf | slides]] ||
|-
| rowspan="1"|2020/09/01 || Lantian Li || Decoupled NL || ||
|-
| rowspan="1"|2020/09/07 || Yunqi Cai ||Deep generative model based Anomaly detection||[[媒体文件:Anomaly_detection.pdf | slides]]||
|-
| rowspan="1"|2020/09/14 || Dong Wang || How we factorize speech? || [[媒体文件:Factorization.pdf|slides]] ||
|-
| rowspan="1"|2020/10/05 || Dong Wang || Remarks on DNF || [[媒体文件:Remakrs on DNF.pptx|slides]] ||
|-
| rowspan="1"|2020/10/12 || Dong Wang || Paper Reading: Challenging Common Assumptions in the Unsupervised Learning of Disentangled Representations || [[媒体文件:Challenge-disentanglement.pptx|slides]] [http://proceedings.mlr.press/v97/locatello19a/locatello19a.pdf paper link] ||
|-
| rowspan="1"|2020/10/19 || Haoran Sun || Informational Speech Factorization by Factorial Discriminative Normalization Flow || [[媒体文件:Informational_Speech_Factorization.pdf|slides]] ||
|-
| rowspan="1"|2020/10/27 || Jiao Han || Experimental report mainly based on DNF models || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/e/e9/Experimental_report_mainly_based_on_DNF_models.pdf slides] ||
|-
| rowspan="1"|2020/11/02 || Lantian Li || INTERSPEECH 2020 (SRE) || [[媒体文件:201102-INTERSPEECH_2020-SRE-LLT.pdf|slides]] ||
|-
| rowspan="1"|2020/11/09 || Yunqi Cai || Deep normalization_V1 || [[媒体文件:Deep_norm_trilogy_v1.pdf|slides]] [http://caiyq.cslt.org/doc/deepnorm_v1.mp4 video] ||
|-
| rowspan="1"|2020/11/16 || Yunqi Cai || Deep normalization_V2 || [http://caiyq.cslt.org/doc/deep-norm-trilogy_v2.pptx slides] [http://caiyq.cslt.org/doc/deepnorm_v2.mp4 video] ||
|-
| rowspan="1"|2020/11/17 || Di Wang || Statistics decomposition for NL Scoring || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/9/97/Statistics_decomposition_for_NL_Scoring.pdf slides] ||
|}

[http://cslt.riit.tsinghua.edu.cn/mediawiki/index.php/Weekly_reading See more related]

Weekly meeting

2020-11-23T01:40:39Z

Hanjiao：

*Location: FIT-1-304

{| class="wikitable"
! Date !! Speaker!! Title !! Materials !! On duty
|-
| 2012/08/27 ||Dong Wang || Heterogeneous Convolutive Non-negative Sparse Coding ||[[媒体文件:Heterogeneous_convolutive_non-negative_sparse_coding.pdf|slides]] [http://homepages.inf.ed.ac.uk/v1dwang2/public/pdf/inerspeech2012-hetero.pdf paper] ||
|-
|2012/09/03 ||NO Meeting|| || ||
|-
|2012/09/10 || NO Meeting|| || ||
|-
|2012/09/17 ||WALEED ABDULLA||Auditory Based Feature Vectors for Speech Recognition ||[[媒体文件:AuditoryBasedFeatureVectors.pdf|slides]]||范淼
|-
| rowspan="2"|2012/09/24 ||刘超|| N-gram FST indexing for Spoken Term Detection || [[媒体文件:120924-N_gram_FST_indexing_for_Spoken_Term_Detection-LC-0.pdf|slides]] ||尹聪
|-
|范淼||Micro-blogging, Wikipedia, Folksonomy, What's Next? ||[[媒体文件:120924-Micro-blogging, Wikipedia, Folksonomy, What's Next-FM--01-FM-.pdf|slides]] ||
|-
| 2012/10/08 ||NO Meeting|| || ||
|-
| 2012/10/15 ||NO Meeting|| || ||
|-
|2012/10/22||Wu Xiaojun||speaker recognition in CSLT ||[[媒体文件:VPR_in_CSLT.pdf|slides]]||卡尔
|-
| rowspan="1"|2012/10/29 ||王军||An overview of Automatic Speaker Diarization Systems || [[媒体文件:121027-Speaker Diarization-WJ.pdf|slides]] ||别凡虎
|-
| rowspan="1"|2012/11/05 ||别凡虎||Experiments on Emotional Speaker Recognition||[[媒体文件:121104-Experiments_on_Emotional_Speaker_Recognition-BFH.pdf|slides]] ||刘超
|-
| rowspan="1"|2012/11/12 ||唐国瑜||Statistical Word Sense Improves Document Clustering ||[[媒体文件:121112_Statistical_Word_Sense_Improves_Document_Clustering_TGY.pdf‎ |slides]]||邱晗
|-
| rowspan="1"|2012/11/19 ||张陈昊||TDSR with Long-term Features Based on Functional Data Analysis||[[媒体文件:121118-ISCSLP-FDA_SR-ZCH.pdf|slides]] ||王俊俊
|-
| rowspan="1"|2012/11/26 ||王琳琳||Time-Varying Speaker Recognition: An Introduction||[[媒体文件:121126-Time_Varying_Speaker_Recognition_I-Wll.pdf‎|slides]] ||龚宬
|-
| rowspan="1"|2012/12/03 ||No meeting|| || ||
|-
| rowspan="1"|2012/12/10 ||No meeting|| || ||
|-
| rowspan="1"|2012/12/17 ||No meeting|| || ||

|-
| rowspan="1"|2012/01/07 || || || ||
|-
|2012/01/07 ||王军||基于DF-MAP的说话人模型训练方法||[[媒体文件:130107-基于DFMAP的说话人模型训练方法-WJ.pdf|slides]] ||唐国瑜
|-
| rowspan="1"|2012/01/14 ||王东|| Computing in CSLT ||[[媒体文件:Computing_in_CSLT.pdf|slides]] ||王琳琳
|-

|-
| rowspan="1"|2013/03/04 ||王军||Sequential Adaptive Learning for Speaker Verification ||[[媒体文件:130301-Sequential adaptive learning for speaker verification-WJ.pdf|slides]] ||别凡虎
|-
| rowspan="1"|2013/03/11 || Du Jinle|| VAD stuff || ||
|-
| rowspan="1"|2013/03/18 || || || ||
|-
| rowspan="1"|2013/03/25 || || || ||
|-
| rowspan="1"|2013/04/01 || || || ||
|-
| rowspan="1"|2013/04/08 || 张陈昊|| A Fishervoice based Feature Fusion Method for SUSR ||[[媒体文件:130408-FisherVoice-ZCH.pdf|slides]] ||谢仲达
|-
| rowspan="1"|2013/04/15 ||龚宬|| An Exploration on Influence Factors of VAD's Performance in Speaker Recognition ||[[媒体文件:130415-An_Exploration_on_Influence_Factors_of_VAD-GC.pdf|slides]] ||
|-
| rowspan="1"|2013/04/22 ||王俊俊 || Understanding the Query: THCIB and THUIS at NTCIR-10 Intent Task ||[[媒体文件:130422-Understanding_the_Query-WJJ.pdf|slides‎]] ||
|-
| rowspan="1"|2013/04/29 || || || ||
|-
| rowspan="1"|2013/05/06 ||别凡虎 ||MLLR on Emotional Speaker Recognition ||[[媒体文件:130506-MLLR on Emotional Speaker Recognition-BFH.pdf|slides]] ||
|-
| rowspan="1"|2013/05/13 ||刘超 || The Use of Deep Neural Network for Speech Recognition || [[媒体文件:130513-the_use_of_dnn_for_asr-lc.pdf|slides]] ||
|-
| rowspan="1"|2013/05/20 || || || ||
|-
| rowspan="1"|2013/05/27 ||王琳琳|| 说话人识别中的时变鲁棒性问题研究 || [[媒体文件:130527-TVSV-Wll.pdf|slides]] ||
|-
| rowspan="1"|2013/06/03 ||王俊俊|| 汉语搜索结果聚类系统研究与实现 || [[媒体文件:130601-毕业答辩-02-WJJ.pdf|slides]] ||
|-
| rowspan="1"|2013/06/10 || || || ||
|-
| rowspan="1"|2013/06/17 ||范淼 || Relation Extraction ||[[媒体文件:130617-relation_extraction-fm.pdf|slides]] ||
|-
| rowspan="1"|2013/06/24 ||唐国瑜 || Incorporating Statistical Word Senses in Topic Model ||[[媒体文件:130624_Incorporating Statistical Word Senses in Topic Model_TGY.pdf|slides]] ||
|-
| rowspan="1"|2013/07/01 || || || ||
|-
| rowspan="1"|2013/07/08 || || || ||
|-
| rowspan="1"|2013/07/15 || || || ||
|-
| rowspan="1"|2013/09/09 ||王东 || Research Frontier in Speech Technology||[[媒体文件:Research Frontier in Speech Technology.pdf|slides]] ||
|-
| rowspan="1"|2013/09/16 || || || ||
|-
| rowspan="1"|2013/09/23 || || || ||
|-
| rowspan="1"|2013/09/30 || || || ||
|-
| rowspan="1"|2013/10/07 || || || ||
|-
| rowspan="1"|2013/10/14 || || || ||
|-
| rowspan="1"|2013/10/21 ||范淼 ||Transduction Classification with Matrix Completion （中文报告）||[[媒体文件: Transduction_Classifiction_with_Matrix_Completion.pdf‎|slides]] [http://pages.cs.wisc.edu/~jerryzhu/pub/mc4ssl_FINAL.pdf paper]|| 李蓝天
|-
| rowspan="1"|2013/10/28 || || || ||
|-
| rowspan="1"|2013/11/04 || 王军 || 基于i-vector的intersession补偿及打分方法(综述) || [[媒体文件:131104-ivecto下intersession补偿及打分方法--01-WJ-.pdf‎|slides]]||
|-
| rowspan="1"|2013/11/11 ||张陈昊 ||PLDA介绍及PLDA在说话人识别中的应用 ||[[媒体文件:PLDA.pdf|slides]] || 唐国瑜
|-
| rowspan="1"|2013/11/18 ||别凡虎 ||i-vector理论介绍（讨论）||[[媒体文件:131118-i-vector_and_GMM-UBM-BFH.pdf|slides]]‎ ||王军
|-
| rowspan="1"|2013/11/25 ||刘超 || Pruning Neural Networks By Optimal Brain Damage(综述)||[[媒体文件:131125-OBD-LC-01.pdf|slides]] ||范淼
|-
| rowspan="1"|2013/12/02 ||范淼 ||Distant Supervision for Relation Extraction with Matrix Completion （英文报告）||[[媒体文件:131202-DRMC-FM-01.pdf|slides]] || 李蓝天
|-
| rowspan="1"|2013/12/09 || Dong Wang|| Introduction to the HMM-based speech synthesis||[http://hts.sp.nitech.ac.jp/archives/2.2/HTS_Slides.zip slides] ||
|-
| rowspan="1"|2013/12/16 ||张陈昊 ||语音研究中的基元介绍 ||[[媒体文件:131215-Phonology-ZCH.pdf|slides]] ||
|-
| rowspan="1"|2013/12/23 || Dong Wang|| Introduction to the HMM-based speech synthesis (2)||[http://hts.sp.nitech.ac.jp/archives/2.2/HTS_Slides.zip slides] ||
|-
| rowspan="1"|2013/12/23 || || || ||
|-
| rowspan="1"|2013/12/30 ||刘荣 || continuous space language model||[[媒体文件:Cslm-cslt.pdf|slides]] ||刘超
|-
| rowspan="1"|2014/01/06 || || || ||
|-
| rowspan="1"|2014/01/13 || || || ||
|-
| rowspan="1"|2014/01/20 || || || ||
|-
| rowspan="1"|2014/02/24 || || || ||
|-
| rowspan="1"|2014/03/03 || || || ||
|-
| rowspan="1"|2014/03/10 ||范淼|| Distant Supervision for Information Extraction (英文报告)|| || 李蓝天
|-
| rowspan="1"|2014/03/17 ||唐国瑜 || Topic Models Incorporating Statistical Word Senses || [[媒体文件:TMISWS_For_CICLing2014.pdf|slides]]||
|-
| rowspan="1"|2014/03/24 ||孟祥涛 || Noisy training for Deep Neural Networks|| ||
|-
| rowspan="1"|2014/03/31 ||范淼|| Translating Embeddings for Modeling Multi-relational Data （中文报告） || [https://www.hds.utc.fr/everest/lib/exe/fetch.php?id=en%3Atranse&cache=cache&media=en:cr_paper_nips13.pdf paper]||李蓝天
|-
| rowspan="1"|2014/04/07 || || || ||
|-
| rowspan="1"|2014/04/14 || Wang Jun|| I-vector and PLDA in depth ||[[媒体文件:131104-ivector-microsoft-wj.pdf|slides]] ||
|-
| rowspan="1"|2014/04/21 || 邱晗||汉语事件句式规范化处理 ||[[媒体文件:140421-汉语事件句式规范化-QH.pdf‎|slides]] ||
|-
| rowspan="1"|2014/04/28 || 唐国瑜|| Some papers in　CICLing2014 ||[[媒体文件:Some_papers_in_CICling2014.pdf|slides]] ||刘超
|-
| rowspan="1"|2014/05/05 || || || ||
|-
| rowspan="1"|2014/05/12 || 卡尔|| paper introduction || [[媒体文件:Acoustic Factor Analysis.pdf|slides]] || 邱晗
|-
| rowspan="2"|2014/05/19 || 邱晗|| 汉语事件句式CCG推导树重构 ||[[媒体文件:140519-CCG_reConstruction.pdf‎|slides]]‎|| 卡尔
|-
|Liu Chao|| master proposal: sparse and deep neural networks || [[媒体文件:140519-proposal-LC-01.pdf|slides]] ||
|-
| rowspan="1"| || Liu Chao|| 2nd master proposal: sparse and deep neural networks|| ||
|-
| rowspan="1"|2014/06/16 || 别凡虎 || Truncated Wave based VPR and Some Recent Work || [[媒体文件:140614-Truncated_Speech_based_VPR.pdf‎|slides]]‎ || 别凡虎
|-
| rowspan="1"|2014/06/23 || 别凡虎 || Block-wise training for I-vector || [[媒体文件:140623-Block-wise training for I-vector.pdf‎|slides]]‎ || 别凡虎
|-
| rowspan="1"| 2014/07/07||王军 ||Discriminative Scoring for Speaker Recognition Based on I-vectors || [[媒体文件:140707-work_report.pdf|slides]]|| 王军
|-
| rowspan="1"| 2014/09/01|| || || ||
|-
| rowspan="1"|2014/09/09 ||别凡虎 ||Reseach on Truncated Wave based VPR||[[媒体文件:140909-Truncated Speech based VPR.pdf|slides]] || 别凡虎
|-
| rowspan="1"| 2014/09/15|| || || ||
|-
| rowspan="1"|2014/09/22 || Miao Fan|| Large-scale Entity Relation Extraction based on Low-dimensional Representations (中文报告，博士开题)
||[[媒体文件:基于低维表示的大规模实体关系挖掘技术.pdf‎|slides]] || Lan TianLi
|-
| rowspan="1"| 2014/09/29 || || || ||
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| rowspan="1"|2014/10/13 || Miao Fan|| The Frontier of Knowledge Embedding （英文报告）|| [[媒体文件:The_Frontier_of_Knowledge_Embedding.pdf‎|slides]]|| Lan TianLi
|-
| rowspan="1"|2014/10/20 || || || ||
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| rowspan="1"|2014/10/27 || Li Yi || Phonemes, Features, and Syllables: Converting Onset and Rime Inventories to Consonants and Vowels||[[媒体文件:Lanzhou Phonemes, Features, and Syllables- fianl.pdf|paper]] [[媒体文件:Syllables and phonemes - 20141027.pdf|slides]]||
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| rowspan="1"|2014/11/3 || 米吉提|| Automatic Speech Recognition of Agglutinative Language based on Lexicon Optimization||[[媒体文件:Mijit-slides-清华大学-2014-11-3.pdf|slides]] ||
|-
| rowspan="1"|2014/11/10 || || || ||
|-
| rowspan="1"|2014/11/17 ||Dong Wang || Highly restricted keyword spotting for Uyghur using sparse analysis|| [[媒体文件:Highly Restricted Keyword Selection Based on Sparse Analysis.pdf|slides]]||
|-
| rowspan="1"|2014/11/24 || || || ||
|-
| rowspan="1"|2014/12/1 ||ZhongDa Xie ||Incorporating Fine-Grained Ontological Relations in Medical Document Ranking || [[媒体文件:Fine-grained_relations.pdf|slides]]|| Lantian Li
|-
| rowspan="1"|2014/12/8 || || || ||
|-
| rowspan="1"|2014/12/15 || 唐国瑜 || 跨语言话题分析关键技术研究 ||[[媒体文件:141205-答辩-TGY.pdf|slides]] ||
|-
| rowspan="1"|2014/12/22 || || || ||
|-
| rowspan="1"|2014/12/29 || Askar || Language Mismatch in Speaker Recognition System||[[媒体文件:141229--askar.pdf|slides]] ||
|-
| rowspan="1"|2015/1/5 ||Lantian Li || Deep Neural Networks for Speaker Recognition || [[媒体文件:150104_Deep_Neural_Networks_for_Speaker_Recognition_LLT.pdf|slides]]||
|-
| rowspan="1"|2015/1/12 || || || ||
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| rowspan="1"|2015/1/19 || Dong Wang || Machine Learning Paradigms for Speech Recognition||[[媒体文件:Machine Learning Paradigms for Speech Recognition.pdf|slides]] [http://ieeexplore.ieee.org/xpl/articleDetails.jsp?arnumber=6423821 paper] ||
|-
| rowspan="1"|2015/1/26 || Chen Guorong || Information Transmission and Distribution on Web ||[[媒体文件:An_introduction_of_complex_network1.pdf|slides]] ||
|-
| rowspan="1" |2015/3/9 || Dong Wang || Joint Deep Learning || [[媒体文件:Joint Deep Learning.pdf|slides]] ||
|-
| rowspan="1"|2015/3/16 || Dongxu Zhang || Knowledge learning from text data and knowledge bases || [[媒体文件:Joint Deep Learning.pdf|slides]] ||
|-
| rowspan="1"|2015/4/13 || Xuewei Zhang || Lasso-based Reverberation Suppression In Automatic Speech Recognition || [[媒体文件:Lasso-based Reverberation Suppression In Automatic Speech Recognition.pdf|slides]] ||
|-
| rowspan="1"|2015/5/11 || Dong Wang ||ASR and SID Research Frontier ||[[媒体文件:ASR and SID Research Frontier.pdf|slides]] ||
|-
| rowspan="1"|2015/11/23 || Zhiyuan Tang|| CTC learning|| [[媒体文件:CTC.pdf|slides]] ||
|-
| rowspan="1"|2015/11/30 || Mengyuan Zhao|| CNN-based music removal|| [[媒体文件:Music Removal by Convolutional Denoising.pdf | slides]] ||
|-
| rowspan="1"|2015/12/3 || Zhiyuan Tang|| Networks of Memory|| [[媒体文件:Memory_net.pdf|slides]] ||
|-
| rowspan="1"|2015/12/7 || Yiqiao Pan|| Document Classification with Spherical Word Vectors||[[媒体文件:Document Classification with Spherical Word Vectors.pdf|slides]] ||
|-
| rowspan="1"|2015/12/14 || Dong Wang || Transfer Learning for Speech and Language Processing ||[[媒体文件:Transfer_Learning_for_Speech_and_Language_Processing.pdf|slides]] ||
|-
| rowspan="1"|2015/12/21 || Qixin Wang || Attention for poem generation ||[[媒体文件:Ijcai 2016.pptx|slides]] ||
|-
| rowspan="1"|2015/12/28 || Lantian Li || Max-margin metric learning for speaker recognition || [[媒体文件:Max-margin-Metric-Learning.pdf|slides]]||
|-
| rowspan="1"|2016/1/4 || Zhiyong Zhang || Parallel training,MPE and natural gradient||[[媒体文件:20160104_张之勇_Large-scale Parallel Training in Speech Recognition.pdf|slides]]||
|-
| rowspan="1"|2016/1/18 || Dongxu Zhang || Memoryless Document Vector ||[[媒体文件:Memoryless_document_vector.pdf|slides]]||
|-
| rowspan="1"|2016/3/14 || Zhiyuan Tang|| Oral presentation for "vMF-SNE: Embedding for Spherical Data"|| [[媒体文件:embedding.pdf|slides]] ||
|-
| rowspan="1"|2016/3/28 || Tianyi Luo || Review for Neural QA || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/2/29/CSLT_Weekly_Report--20160328.pdf slides] ||
|-
| rowspan="1"|2016/4/11 || Rong Liu || Recommendation in Youku || [http://cslt.riit.tsinghua.edu.cn/mediawiki/index.php/%E6%96%87%E4%BB%B6:Cslt%E5%AE%9E%E9%AA%8C%E5%AE%A4%E4%BA%A4%E6%B5%81.pptx slides] ||
|-
| rowspan="1"|2016/5/09 || Miao Fan || Learning contextual embeddings of knowledge base with entity descriptions.|| [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/9/9c/Techreport_CSLT_2016_M.F..pdf slides] ||
|-
| rowspan="1"|2016/5/16 || Yang Wang || Research on conversation thread detection. || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/b/bb/%E6%B1%AA%E6%B4%8B-%E6%AF%95%E8%AE%BE-CSLT.pdf slides] ||
|-
| rowspan="1"|2016/5/20 || Yang Wang & Maoning Wang || Research on portfolio selection. || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/8/89/%E6%B1%AA%E6%B4%8B-%E9%87%91%E8%9E%8D%E7%AC%AC%E4%B8%80%E6%AC%A1%E5%88%86%E4%BA%AB.pdf slides1] [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/b/bb/%E6%B1%87%E6%8A%A5_%E8%B5%84%E4%BA%A7%E7%BB%84%E5%90%88%E4%B8%AD%E5%87%A0%E4%B8%AA%E8%AF%84%E4%BB%B7%E6%8C%87%E6%A0%87%E7%9A%84%E8%A7%A3%E9%87%8A.pdf slides2]||
|-
| rowspan="1"|2016/5/20 || Zhiyuan Tang || ICASSP 2016 summary || [[媒体文件:Note icassp16.pdf|slides]] ||
|-
| rowspan="1"|2016/5/23 || Dong Wang || graphical model and neural model || [[媒体文件:Graphic Model and Neural Model.pdf|slides]] [[媒体文件:Generative-Pdf.rar|papers]] ||
|-
| rowspan="1"|2016/8/02 || Zhiyuan Tang || Visualizing, Measuring and Understanding Neural Networks: A Brief Survey|| [[媒体文件:Nn analysis.pdf|slides]] ||
|-
| rowspan="1"|2016/8/03 || Yang Wang || Neural networks and genetic programming for financial forecasting || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/7/79/GeneticNN.pdf slides] ||
|-
| rowspan="1"|2016/11/05 || Yang Wang || Reinforcement Learning Models and Simulations || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/ca/RRL_and_sim.pdf slides] ||
|-
| rowspan="1"|2016/11/08 || April Pu || SOFTWARE DEVELIPMENT METHODOLOGIES || [http://wangd.cslt.org/talks/pdf/april_software.pptx slides] ||
|-
| rowspan="1"|2016/11/12 || Yang Wang || Generative Adversarial Nets || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/c9/Generative_adversarial_network.pdf slides] ||
|-
| rowspan="1"|2016/11/22 || Zhiyuan Tang || INTERSPEECH 2016 summary || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/6/65/Interspeech16_review.pdf slides] ||
|-
| rowspan="1"|2016/11/30 || Dong Wang || Deep and sparse learning in speech and language: an overview || [http://wangd.cslt.org/talks/pdf/bics2016.pptx slides] ||
|-
| rowspan="1"|2017/2/17 || Yang Wang || Review understanding deep learning requires rethinking generalization || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/3/3b/Review_understanding_deep_learning_requires_rethinking_generalization.pdf slides] ||
|-
| rowspan="1"|2017/6/5 || Dong Wang || Deep speech factorization || [http://wangd.cslt.org/talks/pdf/Deep-Speech-Factorization.pdf slides] ||
|-
| rowspan="1"|2017/6/8 || Shiyue Zhang || Convolutional Sequence to Sequence Learning || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/f/f3/Conv_seq2seq.pptx slides] ||
|-
| rowspan="1"|2017/6/12 || Shiyue Zhang || Memory-augmented Neural Machine Translation || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/3/36/Memory-augmented_Neural_Machine_Translation_.pptx slides] ||
|-
| rowspan="1"|2017/6/21 || Shiyue Zhang || Attention Is All You Need || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/6/68/Attention_is_all_you_need.pptx slides] ||
|-
| rowspan="1"|2017/6/26 || Jiyuan Zhang || Chinese poem generation using neural model || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/5/50/Flexible_and_Creative_Chinese_Poetry_Generation_Using_Neural_Memory_.pptx slides] ||
|-
| rowspan="1"|2017/6/21 || Miao Zhang || Speaker recognition on cough,laugh and wei ||
[http://cslt.riit.tsinghua.edu.cn/mediawiki/images/f/f6/Zm_cough.pdf slides]
||
|-
| rowspan="1"|2017/7/10 || Aodong Li || Enhanced Neural Machine Translation by Learning from Draft || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/ca/Learning_from_draft.pptx slides] ||
|-
| rowspan="1"|2017/7/17 || Lantian Li || Study on Speaker Recognition || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/e/ec/170716-Study_on_SRE.pdf slides] ||
|-
| rowspan="1"|2018/12/6 || Xiuqi Jiang || Meta-Learning and Zero-Shot Learning || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/1/18/181205_Meta-Learning_and_Zero-Shot_Learning_JXQ.pdf slides] ||
|-
| rowspan="1"|2018/12/12 || Dan He || Tensor factorization neural net || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/3/3d/Tensor_factorization_neural_net.pdf slides] ||
|-
| rowspan="1"|2018/12/26 || Dong Wang || Towards deep statistical speaker representation || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/4/48/V.pdf slides] ||
|-
| rowspan="1"|2019/01/04 || Dong Wang || Speech in NIPS 2017/2018 || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/c8/Speech_in_NIPS_2017.pdf slides] ||
|-
| rowspan="1"|2019/07/17 || Dong Wang || Deep Feature Learning and Normalization for Speaker Recognition || [http://wangd.cslt.org/talks/pdf/india.pdf slides] ||
|-
| rowspan="1"|2019/08/19 || Sitong Cheng & Pengyuan Zhang || Periodic Report of Celebrity Video Data Collection. || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/0/08/C-STAR.pdf slides] ||
|-
| rowspan="1"|2019/08/19 || Dong Wang|| Continuous Learning for Neural Nets || [[媒体文件:Continuous Learning for Neural Nets.pdf|slides]]||
|-
| rowspan="1"|2019/09/11 || Dong Wang || Language Recognition in ICASSP 2019 || [http://wangd.cslt.org/talks/pdf/LRE-ICASSP-2019.pdf slides] ||
|-
| rowspan="1"|2019/09/11 || Sitong Cheng || Language Recognition in Interspeech 2019 || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/a/a9/Language_Recognition_in_Interspeech_2019.pdf slides] ||
|-
| rowspan="1"|2019/10/14 || Haoran Sun || Dimension Reduction || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/7/7b/DimensionReduction.pdf slides] ||
|-
| rowspan="1"|2019/10/27 || Dong Wang || Back to Matrix || [[媒体文件:Back to Matrix.pdf|slides]] ||
|-
| rowspan="1"|2019/11/11 || Dong Wang || Helmholtz Machine & The ML criterion || [[媒体文件:Helmholtz Machine & The ML criterion.pdf|slides]] ||
|-
| rowspan="1"|2019/12/02 || Jiawen Kang || Gan Laten Space Manipulation & Flow Application Papers || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/c/ca/GAN_Lantent_Space_manunipulation_%26_Flow_Application.pdf slides] ||
|-
| rowspan="1"|2019/12/09 || Dong Wang || Style transfer and information factorization || [[媒体文件:Style Transfer with Generative Models.pdf|slides]] ||
|-
| rowspan="1"|2019/12/16 || Zhiyuan Tang || Conditional Generative Flow || [[媒体文件:Conditional GLow.pdf|slides]] ||
|-
| rowspan="1"|2019/12/23 || Lantian Li || Deep Generative Model in Speaker Recognition || [[媒体文件:Deep Generative Model in Speaker Recognition.pdf|slides]] ||
|-
| rowspan="1"|2019/12/30 || Wenqiang Du || Cross-bandwidth Train || [[媒体文件:Cross-bandwidth_Train.pdf|slides]] ||
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| rowspan="1"|2019/01/06 || Yunqi Cai || Do Deep Generative Models Know What They Don't Know ?|| [[媒体文件:2020.1.6_group_meeting.pdf|slides]] ||
|-
| rowspan="1"|2019/01/10 || Haoran Sun || Flow++: Improving Flow-Based Generative Models with Variational Dequantization and Architecture Design || [[媒体文件:Flow++.pdf|slides]] ||
|-
| rowspan="1"|2020/01/13 || Ying Shi || Deep Generative Model Energy Based Model || [[媒体文件:Deep_Generative_Model.pdf|slides]] ||
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| rowspan="1"|2020/02/10 || Dong Wang || Deep Generative Models for Discriminative Tasks || [[媒体文件:Re-Thinking for Discriminative and Generative Models.pdf|slides]]||
|-
| rowspan="1"|2020/02/17 || Zhiyuan Tang || Unsupervised Learning of Disentangled Representations || [[媒体文件:20200217 Unsupervised disentanglement.pdf|slides]] ||
|-
| rowspan="1"|2020/02/24 || Lantian Li || Weakly- & Self-Supervised Learning || [[媒体文件:Weakly-_%26_Self-Supervised_Learning.pdf|slides]] ||
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| rowspan="1"|2020/03/02 || Yunqi Cai || Deep Normalization for Speaker Vectors|| [[媒体文件:Deep_Normalization_for_Speaker_Vectors_.pdf|slides]]||
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| rowspan="1"|2020/03/09 || Ying Shi || Speech Enhancement base on Double Flow || [[媒体文件:Speech_Enhancement_base_on_Double_Flow.pdf|slides]]||
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| rowspan="1"|2020/03/16 || Dong Wang || Bayesian scoring and uncertainty manipulation || [[媒体文件:Uncertainty Propagation.pdf|slides]]||
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| rowspan="1"|2020/03/23 || Zhiyuan Tang || Classifier involves Energy Based Model || [[媒体文件:200323 energy model.pdf|slides]] ||
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| rowspan="1"|2020/03/30 || Lantian Li || Bayesian scoring in speaker verification || Temporarily held for security ||
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| rowspan="1"|2020/04/06 || Yunqi Cai || Posterior Collapse|| [[媒体文件:Posterior_Collapse.pdf|slides]]||
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| rowspan="1"|2020/04/13 || Lantian Li || NDA in ASV || Temporarily held for security [cvss 761] ||
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| rowspan="1"|2020/04/20 || Ying Shi || Speech_Enhancement_base_on_Flow ||[[媒体文件:Speech_Enhancement_base_on_Flow.pdf|slides]] ||
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| rowspan="1"|2020/05/11 || Dong Wang || Real DNF || [[媒体文件:Real_DNF.pdf|Slide]] ||
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| rowspan="1"|2020/05/26 || Sitong Cheng || ASR-Free Pronunciation Assessment || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/9/9a/ASR-Free_Pronunciation_Assessment.pdf slides] ||
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| rowspan="1"|2020/05/26 || Jiawen Kang || RobustMAML || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/8/8e/RobustMAML.pdf slides] ||
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| rowspan="1"|2020/05/26 || Jiawen Kang || Domain adaptation review || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/6/6d/Presentation-Meta-learning.pdf slides] ||
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| rowspan="1"|2020/05/26 || Jiawen Kang || SOTA models for VPR || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/d/d2/SOTA_models_for_VPR.pdf slides] ||
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| rowspan="1"|2020/06/01 || Dong Wang || How MAML succeeded? || [https://arxiv.org/pdf/1909.09157.pdf][https://pdfs.semanticscholar.org/e6e9/c9d50b11ced939faf42f1c65bf9360eefd73.pdf][https://arxiv.org/pdf/1706.05806.pdf] ||
|-
| rowspan="1"|2020/06/09 || Zhiyuan Tang || Flow Wheels || [[媒体文件:20200408 flow wheels.pdf|slides]] ||
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| rowspan="1"|2020/06/15 || Lantian Li || Uncertainty Modeling and Inference || [[媒体文件:200615-Uncertainty.pdf|slides]] ||
|-
| rowspan="1"|2020/06/22 || Lantian Li || Gaussians in High Dimension || [[媒体文件:High-dimensioaln-Gaussian.pdf|slides]] ||
|-
| rowspan="1"|2020/06/22 || Dong Wang || Self training for SE and ASR || [[媒体文件:Self-Training.pdf|slides]] ||
|-
| rowspan="1"|2020/06/29 || Ying Shi || Speech enhancement & separation || [[媒体文件:Speech-Separation-and-Enhancement.pdf|slides]] ||
|-
| rowspan="1"|2020/07/06 || Haolin Chen || Self-supervised Learning in Speech Processing || [[媒体文件:Self-Supervised.pptx|slides]] ||
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| rowspan="1"|2020/07/13 || Zhiyuan Tang || Exploding inverse in INN || [[媒体文件:20200713 dig into flow.pdf|slides]] ||
|-
| rowspan="1"|2020/07/20 || Lantian Li || Principle Solution for Enroll-Test Mismatch || [[媒体文件:200720-mismatch.pdf|slides]] ||
|-
| rowspan="1"|2020/08/17 || Dong Wang || Decoupled scoring || [[媒体文件:Decoupled.pdf|slides]] ||
|-
| rowspan="1"|2020/08/24 || Zhiyuan Tang || G & D Acoustic model || [[媒体文件:20200824 flow asr.pdf | slides]] ||
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| rowspan="1"|2020/09/01 || Lantian Li || Decoupled NL || ||
|-
| rowspan="1"|2020/09/07 || Yunqi Cai ||Deep generative model based Anomaly detection||[[媒体文件:Anomaly_detection.pdf | slides]]||
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| rowspan="1"|2020/09/14 || Dong Wang || How we factorize speech? || [[媒体文件:Factorization.pdf|slides]] ||
|-
| rowspan="1"|2020/10/05 || Dong Wang || Remarks on DNF || [[媒体文件:Remakrs on DNF.pptx|slides]] ||
|-
| rowspan="1"|2020/10/12 || Dong Wang || Paper Reading: Challenging Common Assumptions in the Unsupervised Learning of Disentangled Representations || [[媒体文件:Challenge-disentanglement.pptx|slides]] [http://proceedings.mlr.press/v97/locatello19a/locatello19a.pdf paper link] ||
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| rowspan="1"|2020/10/19 || Haoran Sun || Informational Speech Factorization by Factorial Discriminative Normalization Flow || [[媒体文件:Informational_Speech_Factorization.pdf|slides]] ||
|-
| rowspan="1"|2020/11/02 || Lantian Li || INTERSPEECH 2020 (SRE) || [[媒体文件:201102-INTERSPEECH_2020-SRE-LLT.pdf|slides]] ||
|-
| rowspan="1"|2020/11/09 || Yunqi Cai || Deep normalization_V1 || [[媒体文件:Deep_norm_trilogy_v1.pdf|slides]] [http://caiyq.cslt.org/doc/deepnorm_v1.mp4 video] ||
|-
| rowspan="1"|2020/11/16 || Yunqi Cai || Deep normalization_V2 || [http://caiyq.cslt.org/doc/deep-norm-trilogy_v2.pptx slides] [http://caiyq.cslt.org/doc/deepnorm_v2.mp4 video] ||
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| rowspan="1"|2020/11/17 || Di Wang || Statistics decomposition for NL Scoring || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/9/97/Statistics_decomposition_for_NL_Scoring.pdf slides] ||
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| rowspan="1"|2020/10/27 || Jiao Han || Experimental report mainly based on DNF models || [http://cslt.riit.tsinghua.edu.cn/mediawiki/images/e/e9/Experimental_report_mainly_based_on_DNF_models.pdf slides] ||
|}

[http://cslt.riit.tsinghua.edu.cn/mediawiki/index.php/Weekly_reading See more related]

文件:Experimental report mainly based on DNF models.pdf

2020-11-23T01:37:54Z

Hanjiao：

2020-11-23

2020-11-22T22:55:07Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
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|Dong Wang
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*
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|Yunqi Cai
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*
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*
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|Zhiyuan Tang
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*
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|Lantian Li
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* Complete CNC paper.
* Complete ASVspoofing lecture.
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* Write d-PLDA paper.
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*
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|Ying Shi
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*
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*
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*
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|Haoran Sun
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* fdnf with pooling training
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* improve performance of voice conversion
* more attempts with fdnf
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*
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|Yue Fan
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* Writing thesis
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* Bi-weekly report
* Baseline improvement
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|Jiao Han
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* Some verification experiments
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* Experiment and paper summary
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|Yang Zhang
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|Di Wang
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|Tiankai Zhi
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|Huayi Yan
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2020-11-09

2020-11-08T23:51:52Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
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|Dong Wang
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* Continue book check
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* Complete the book check
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*
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|Yunqi Cai
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*prepare two presentation
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*
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*
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|Lantian Li
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* Prepare basic models for f-DNF.
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* Go on f-DNF.
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*
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|Ying Shi
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*
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|Haoran Sun
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|Yue Fan
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|Jiao Han
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*Complete the full-dimensional DNF experiment and summarize the scoring results.
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*Continue experiments and paper summary.
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*
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|Yang Zhang
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* prepare dataset and code for uncertainty model experiences, not finished yet
* I found a interesting dataset [https://github.com/karolpiczak/ESC-50 ESC-50], which can be regarded as the "MNIST" in audio classification task
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* go on and work for uncertainty model experiences
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*
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|Di Wang
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*Continue dplda experiments.
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*Read more papers about dplda and analyze experimental data.
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*
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|Tiankai Zhi
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* sed experiment，Two models have results.
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* Experiment and paper summary.
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*
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|Huayi Yan
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*
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*
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*
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2020-11-02

2020-11-01T23:54:46Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
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|Dong Wang
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* CN2 paper done
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* Book check
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*
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|Yunqi Cai
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*
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*
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*
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|Zhiyuan Tang
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*
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*
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*
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|Lantian Li
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*
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*
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*
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|Ying Shi
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* check the DNF code
* experiment about DNF based ASR [http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=shiying&step=view_request&cvssid=736 here]
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* continue on DNF based ASR
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*
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|Haoran Sun
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*
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*
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*
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|Yue Fan
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*
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*
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*
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|Jiawen Kang
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*
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*
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*
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|Ruiqi Liu
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*
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*
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*
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|Jiao Han
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*Continue DNF experiments.
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* Review and summarize three papers.
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*
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|Yang Zhang
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* Assisted Lilt and Haoran to check ICASSP paper
* Tried to find and read some Normalizing Flows PyTorch implementations in GitHub
||
* Read more papers about Disentanglement and Normalizing Flows
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*
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|Di Wang
||
* Basic experiment of decoupled.
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* Learn codes about this program.
* Read papers to understand decoupled.
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*
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|Tiankai Zhi
||
* Read DNF paper.
* Sound event detection experiments.
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* Review and summarize three papers.
||
*
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|Huayi Yan
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*
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*
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*
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|}

2020-11-02

2020-11-01T23:52:26Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
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|Dong Wang
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*
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*
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*
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|Yunqi Cai
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*
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*
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*
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|Zhiyuan Tang
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*
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*
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*
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|Lantian Li
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*
||
*
||
*
|-

|-
|Ying Shi
||
* check the DNF code
* experiment about DNF based ASR [http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=shiying&step=view_request&cvssid=736 here]
||
* continue on DNF based ASR
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*
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|-
|Haoran Sun
||
*
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*
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*
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|-
|Yue Fan
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*
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*
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*
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|Jiawen Kang
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*
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*
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*
|-

|-
|Ruiqi Liu
||
*
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*
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*
|-

|-
|Jiao Han
||
*Continue DNF experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Yang Zhang
||
* Assisted Lilt and Haoran to check ICASSP paper
* Tried to find and read some Normalizing Flows PyTorch implementations in GitHub
||
* Read more papers about Disentanglement and Normalizing Flows
||
*
|-

|-
|Di Wang
||
* Basic experiment of decoupled plda.
||
* Learn codes about this program.
* Read papers to understand decoupled plda.
||
*
|-

|-
|Tiankai Zhi
||
* Read DNF paper.
* Sound event detection experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Huayi Yan
||
*
||
*
||
*
|-

|}

2020-11-02

2020-11-01T23:51:14Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

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|Dong Wang
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*
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*
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*
|-

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|Yunqi Cai
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*
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*
||
*
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|-
|Zhiyuan Tang
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* check the DNF code
* experiment about DNF based ASR [http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=shiying&step=view_request&cvssid=736 here]
||
* continue on DNF based ASR
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Yue Fan
||
*
||
*
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*
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|-
|Jiawen Kang
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*
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*
||
*
|-

|-
|Ruiqi Liu
||
*
||
*
||
*
|-

|-
|Jiao Han
||
*Continue DNF experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Yang Zhang
||
* Assisted Lilt and Haoran to check ICASSP paper
* Tried to find and read some Normalizing Flows PyTorch implementations in GitHub
||
* Read more papers about Disentanglement and Normalizing Flows
||
*
|-

|-
|Di Wang
||
* Basic experiment of decouple plda.
||
* Learn codes about this program.
* Read papers to understand decouple plda.
||
*
|-

|-
|Tiankai Zhi
||
* Read DNF paper.
* Sound event detection experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Huayi Yan
||
*
||
*
||
*
|-

|}

2020-11-02

2020-11-01T23:37:39Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Zhiyuan Tang
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
* check the DNF code
* experiment about DNF based ASR [http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=shiying&step=view_request&cvssid=736 here]
||
* continue on DNF based ASR
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Yue Fan
||
*
||
*
||
*
|-

|-
|Jiawen Kang
||
*
||
*
||
*
|-

|-
|Ruiqi Liu
||
*
||
*
||
*
|-

|-
|Jiao Han
||
*Continue DNF experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Yang Zhang
||
* Assisted Lilt and Haoran to check ICASSP paper
* Tried to find and read some Normalizing Flows PyTorch implementations in GitHub
||
* Read more papers about Disentanglement and Normalizing Flows
||
*
|-

|-
|Di Wang
||
* Basic experiment of dplda.
||
* Learn codes about this program.
* Read papers to understand dplda.
||
*
|-

|-
|Tiankai Zhi
||
* Read DNF paper.
* Sound event detection experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Huayi Yan
||
*
||
*
||
*
|-

|}

2020-11-02

2020-11-01T23:26:27Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Zhiyuan Tang
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
*

||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Yue Fan
||
*
||
*
||
*
|-

|-
|Jiawen Kang
||
*
||
*
||
*
|-

|-
|Ruiqi Liu
||
*
||
*
||
*
|-

|-
|Jiao Han
||
*Continue DNF experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Yang Zhang
||
* Assisted Lilt and Haoran to check ICASSP paper
* Tried to find and read some Normalizing Flows PyTorch implementations in GitHub
||
* Read more papers about Disentanglement and Normalizing Flows
||
*
|-

|-
|Di Wang
||
*
||
*
||
*
|-

|-
|Tiankai Zhi
||
* Read DNF paper.
* Sound event detection experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Huayi Yan
||
*
||
*
||
*
|-

|}

2020-11-02

2020-11-01T23:18:12Z

Hanjiao：

{| class="wikitable"
!People !! This Week !! Next Week !! Task Tracking (DeadLine)
|-

|-
|Dong Wang
||
*
||
*
||
*
|-

|-
|Yunqi Cai
||
*
||
*
||
*
|-

|-
|Zhiyuan Tang
||
*
||
*
||
*
|-

|-
|Lantian Li
||
*
||
*
||
*
|-

|-
|Ying Shi
||
*

||
*
||
*
|-

|-
|Haoran Sun
||
*
||
*
||
*
|-

|-
|Yue Fan
||
*
||
*
||
*
|-

|-
|Jiawen Kang
||
*
||
*
||
*
|-

|-
|Ruiqi Liu
||
*
||
*
||
*
|-

|-
|Jiao Han
||
*Continue DNF experiments.
||
* Review and summarize three papers.
||
*
|-

|-
|Yang Zhang
||
* Assisted Lilt and Haoran to check ICASSP paper
* Tried to find and read some Normalizing Flows PyTorch implementations in GitHub
||
* Read more papers about Disentanglement and Normalizing Flows
||
*
|-

|-
|Di Wang
||
*
||
*
||
*
|-

|-
|Tiankai Zhi
||
*
||
*
||
*
|-

|-
|Huayi Yan
||
*
||
*
||
*
|-

|}

文件:New Results About SUB-DNF Experiments.pdf

2020-10-14T22:59:41Z

Hanjiao：

文件:Sub-DNF Experiments.pdf

2020-10-13T13:31:01Z

Hanjiao：