This paper deals with the issue of language model selection based on the analysis of data collection for spontaneous speech in Japanese in the travel rrangement task which contains five different subtasks. The procedure of transcription and segmentation of the Japanese spontaneous speech in Romanized transcription is described. The use of topic-dependent separated language model were evaluated in calculating the perplexity and applying it into Japanese speech recognition of the travel arrangement task corpus. The reduction of perplexity was shown and the increase of speech recognition was performed by use of the subtopic language model
Automatic speech processing technologies hold great potential to facilitate the urgent task of docum...
Building a stochastic language model (LM) for speech recog-nition requires a large corpus of target ...
International audienceAutomatic speech processing technologies hold great potential to facilitate th...
When developing a speech recognition system, one must start by deciding what the units to be recogni...
Large-scale corpus of spontaneous speech can be a powerful tool for the study of language variation....
Design issues of a spontaneous speech corpus is described. The corpus under compilation will contain...
This research is part of the ongoing multinational collaboration “Asian English Speech cOrpus Projec...
This paper describes a new approach to language model adaptation for speech recognition based on the...
This paper classifies distinctive phenomena occur-ring in Japanese spontaneous speech, and proposes ...
A new method was developed to include prosodic boundary information into statistical language modeli...
This paper investigates spontaneous speech in Japanese, particularly phonetic phenomena that do not ...
We have developed an automatic interpretation system running on a mobile PC that helps oral communic...
A new scheme of N-gram language modeling was pro-posed for Japanese, where word N-grams were calcula...
With the help of recent advances in speech processing techniques, we can see various kinds of practi...
Corpora must be developed for realizing statisticallanguage models; however, it is labor-intensive w...
Automatic speech processing technologies hold great potential to facilitate the urgent task of docum...
Building a stochastic language model (LM) for speech recog-nition requires a large corpus of target ...
International audienceAutomatic speech processing technologies hold great potential to facilitate th...
When developing a speech recognition system, one must start by deciding what the units to be recogni...
Large-scale corpus of spontaneous speech can be a powerful tool for the study of language variation....
Design issues of a spontaneous speech corpus is described. The corpus under compilation will contain...
This research is part of the ongoing multinational collaboration “Asian English Speech cOrpus Projec...
This paper describes a new approach to language model adaptation for speech recognition based on the...
This paper classifies distinctive phenomena occur-ring in Japanese spontaneous speech, and proposes ...
A new method was developed to include prosodic boundary information into statistical language modeli...
This paper investigates spontaneous speech in Japanese, particularly phonetic phenomena that do not ...
We have developed an automatic interpretation system running on a mobile PC that helps oral communic...
A new scheme of N-gram language modeling was pro-posed for Japanese, where word N-grams were calcula...
With the help of recent advances in speech processing techniques, we can see various kinds of practi...
Corpora must be developed for realizing statisticallanguage models; however, it is labor-intensive w...
Automatic speech processing technologies hold great potential to facilitate the urgent task of docum...
Building a stochastic language model (LM) for speech recog-nition requires a large corpus of target ...
International audienceAutomatic speech processing technologies hold great potential to facilitate th...