“AP17:OLR-special session”版本间的差异
| 第17行： | 第17行： | ||
including but not limited to the following topics: | including but not limited to the following topics: | ||
| − | + | * Minor- and Multilingual phonetic and phonological analysis | |
| − | + | * Minor- and Multilingual speech recognition | |
| − | + | * Minor- and Multilingual speaker recognition | |
| − | + | * Minor- and Multilingual speech synthesis | |
| − | + | * Minor- and Multilingual language understanding | |
| − | + | * Resource construction for minor- and multilingual langauges | |
2017年5月2日 (二) 01:59的版本
Title
Minor- and Multilingual speech and language processing
Organizers
Dong Wang: Tsinghua University (wangdong99@mails.tsinghua.edu.cn) Guanyu Li: Northwest National University (guanyu-li@163.com) Mijit Ablimit: Xinjiang University (mijit@xju.edu.cn)
Introduction
Minor- and multilingual phenomenon is a important for modern international societies. This special session focuses on minor- and multilingual speech and language processing, including but not limited to the following topics:
- Minor- and Multilingual phonetic and phonological analysis
- Minor- and Multilingual speech recognition
- Minor- and Multilingual speaker recognition
- Minor- and Multilingual speech synthesis
- Minor- and Multilingual language understanding
- Resource construction for minor- and multilingual langauges
Potential Papers
Title: Prior-constrained multilingual speech recognition
- Author: Ying Shi, Zhiyuan Tang, Dong Wang
- Abstract: Conventional multilingual speech recognition follows ether a tandem approach (language identification)
or parallel architecture (parallel decoding). This paper presented a novel prior-constrained approach that conduct the decoding in a multilingual linguistic space, where a prior of the language is used to constrain the decoding frame by frame. Our experiments found that this approach can realize true simultaneous multilingual speech recognition.
Title: Memory-based Uyghur-Chinese Translation
- Author: Shiyue Zhang, Guli, Mijit Ablimit, Askar Hamdulla
- Abstract: Neural machine translation (NMT) has achieved significant performance. However, this NMT approach
has not yet effectively applied to minor languages such as Uyghur to Chinese translation. The main problem here is that the limited training data does not support an end-to-end neural learning. In this paper, we propose to use a memory structure to assist the NMT inference under the condition of limited resource languages. Our experiments demonstrated that the this approach is highly efficient compared to the vanilla NMT, and outperforms the conventional statistical machine translation (SMT) approach.
Title: Resource construction for Mongolia
- Author: Shipeng Xu, Guanyu Li, Hongzhi Yu
- Abstract: Mongolia is a typical low-resource language. The resource limitation is in various aspects, from acoustic
analysis, phonetic rules, lexicon, speech and text data. This paper describes our recent progression on Mongolia resource construction supported by the NSFC project.
Title: Resource construction for tibetan
- Author: Guanyu Li, Hongzhi Yu
- Abstract: Tibetan is an important low-resource language in China. The syllable structure of Tibetan is similar
as Chinese, but the composition rules in orthographic forms is highly complex. Additionally, the lexicon resource is far from standard and rich. This paper describes our recent progression on Tibetan resource construction supported by the NSFC M2ASR project.
Title: A large Kazak speech database and a speech recognition baseline
- Author: Askar Hamdulla, Ying Shi
- Abstract: We describe the construction process of a large scale Kazak speech database. The database involves
150 hours of speech signals, recorded by more than 200 speakers. A speech recognition baseline system based on the Kaldi toolkit was also constructed. We hope this database will be a standard dataset for a multiple Kazak speech processing tasks, including ASR, speaker recognition and language understanding.
