“ASR:2015-12-1”版本间的差异

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==== Environment ====
 
==== Environment ====
  
−
==== End to End ====
+
==== End-to-End ====
 
*monophone ASR --Zhiyuan
 
*monophone ASR --Zhiyuan
 
:* MPE
 
:* MPE
 
:* CTC/nnet3/Kaldi
 
:* CTC/nnet3/Kaldi
 +
 +
==== conditioning learning ====
 +
* language vector into multiple layers --Zhiyuan
 +
:* a Chinese paper
 +
* speech rate into multiple layers --Zhiyuan
 +
:*verify the code for extra input(s) into DNN
  
 
====Adapative learning rate method====
 
====Adapative learning rate method====
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* binary ivector  
 
* binary ivector  
  
−
=== conditioning learning ===
+
===language vector===
−
* language vector into multiple layers --zhiyuan  
+
* write a paper--zhiyuan
−
:* a Chinese paper
+
:*hold
−
* speech rate into multiple layers --zhiyuan
+
* language vector is added to multi hidden layers--zhiyuan  
−
:*verify the code for extra input(s) into DNN
+
:* write code done
 +
:* check code
 +
:*http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=zxw&step=view_request&cvssid=480
 +
* RNN language vector
 +
:*hold
 +
 
  
 
===multi-GPU===
 
===multi-GPU===
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:*http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=zxw&step=view_request&cvssid=472
 
:*http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=zxw&step=view_request&cvssid=472
 
* train 7*2048 tdnn using 4000h data --Mengyuan  
 
* train 7*2048 tdnn using 4000h data --Mengyuan  
 +
* 1700h+776h 16k nnet3 6*2000 training done, outperform 6776H_mpe model--Mengyuan
 +
* wrote nnet3 biglm-decoder for sinovoice.
 
* train mpe using wsj and aurara4 --Zhiyong,Xuewei
 
* train mpe using wsj and aurara4 --Zhiyong,Xuewei
 +
* train nnet3 mpe using data from Jietong--Xuewei
 
   
 
   
 
===multi-task===
 
===multi-task===
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:* no significant performance improvement observed
 
:* no significant performance improvement observed
 
:*http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=zxw&step=view_request&cvssid=483
 
:*http://192.168.0.51:5555/cgi-bin/cvss/cvss_request.pl?account=zxw&step=view_request&cvssid=483
−
: test using extreme data
+
: get results with extra input of speech rate info --Zhiyuan
  
 
==Text Processing==
 
==Text Processing==

2015年12月7日 (一) 07:21的最后版本

Speech Processing

AM development

Environment

End-to-End

  • monophone ASR --Zhiyuan
  • MPE
  • CTC/nnet3/Kaldi

conditioning learning

  • language vector into multiple layers --Zhiyuan
  • a Chinese paper
  • speech rate into multiple layers --Zhiyuan
  • verify the code for extra input(s) into DNN

Adapative learning rate method

  • sequence training -Xiangyu
  • write a technique report

Mic-Array

  • hold
  • compute EER with kaldi

Data selection unsupervised learning

  • hold
  • acoustic feature based submodular using Pingan dataset --zhiyong
  • write code to speed up --zhiyong
  • curriculum learning --zhiyong

RNN-DAE(Deep based Auto-Encode-RNN)

  • hold
  • RNN-DAE has worse performance than DNN-DAE because training dataset is small
  • extract real room impulse to generate WSJ reverberation data, and then train RNN-DAE

Speaker recognition

  • DNN-ivector framework
  • SUSR
  • AutoEncoder + metric learning
  • binary ivector

language vector

  • write a paper--zhiyuan
  • hold
  • language vector is added to multi hidden layers--zhiyuan
  • RNN language vector
  • hold


multi-GPU

  • multi-stream training --Sheng Su
  • write a technique report
  • kaldi-nnet3 --Xuewei
  • train 7*2048 tdnn using 4000h data --Mengyuan
  • 1700h+776h 16k nnet3 6*2000 training done, outperform 6776H_mpe model--Mengyuan
  • wrote nnet3 biglm-decoder for sinovoice.
  • train mpe using wsj and aurara4 --Zhiyong,Xuewei
  • train nnet3 mpe using data from Jietong--Xuewei

multi-task

  • test according to selt-information neural structure learning --mengyuan
  • hold
  • write code done
  • no significant performance improvement observed
  • speech rate learning --xiangyu
get results with extra input of speech rate info --Zhiyuan

Text Processing

Work

RNN Poem Process

  • Combine addition rhyme.
  • Investigate new method.

Document Represent

  • Code done. Wait some experiments result.

Seq to Seq

  • Work on some tasks.

Order representation

  • Code some idea.

Balance Representation

  • Investigate some papers.
  • Current solution : Use knowledge or large corpus's similar pair.

Hold

Neural Based Document Classification

RNN Rank Task

Graph RNN

  • Entity path embeded to entity.
  • (hold)

RNN Word Segment

  • Set bound to word segment.
  • (hold)

Recommendation

  • Reproduce baseline.
  • LDA matrix dissovle.
  • LDA (Text classification & Recommendation System) --> AAAI

RNN based QA

  • Read Source Code.
  • Attention based QA.
  • Coding.

Text Group Intern Project

Buddhist Process

  • (hold)

RNN Poem Process

  • Done by Haichao yu & Chaoyuan zuo Mentor : Tianyi Luo.

RNN Document Vector

  • (hold)

Image Baseline

  • Demo Release.
  • Paper Report.
  • Read CNN Paper.

Text Intuitive Idea

Trace Learning

  • (Hold)

Match RNN

  • (Hold)

financial group

model research

  • RNN
  • online model, update everyday
  • modify cost function and learning method
  • add more feature

rule combination

  • GA method to optimize the model

basic rule

  • classical tenth model

multiple-factor

  • add more factor
  • use sparse model

display

  • bug fixed
  • buy rule fixed

data

  • data api
  • download the future data and factor data
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