| H92-1037 | speaker to a reference speaker for | speaker-adaptive speech recognition | \ -LSB- 11 \ -RSB- . In this |
| H91-1054 | can thus be readily applied to | speaker-adaptive speech recognition | by reestimating the codebook |
| H91-1054 | a chosen reference speaker for | speaker-adaptive speech recognition | . Furthermore , a speaker-independent |
| H91-1054 | investigate the performance of | speaker-adaptive speech recognition | . An improved speaker-independent |
| H91-1054 | investigate the performance of | speaker-adaptive speech recognition | . Since adaptation is based on |
| H91-1054 | describes the techniques used for | speaker-adaptive speech recognition | , which consists of codebook |
| H91-1054 | 600 sentences . This indicates | speaker-adaptive speech recognition | is quite robust since information |
| H92-1037 | have been used successfully for | speaker-adaptive speech recognition | \ -LSB- 7 \ -RSB- ( speaker-dependent |
| H91-1054 | approach . <title> A Study on | Speaker-Adaptive Speech Recognition | </title> X D Huang ABSTRACT Speaker-independent |
| H92-1037 | the same rational as CDNN for | speaker-adaptive speech recognition | , we can partition multiple speakers |
| H91-1054 | the robustness of the proposed | speaker-adaptive speech recognition | . For speaker normalization , |
| H91-1054 | which indicates the robustness of | speaker-adaptive speech recognition | . 1 INTRODUCTION Speaker-independent |
