Sripriya false


2024

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Overview of the Third Shared Task on Speech Recognition for Vulnerable Individuals in Tamil
Bharathi B | Bharathi Raja Chakravarthi | Sripriya N | Rajeswari Natarajan | Suhasini S
Proceedings of the Fourth Workshop on Language Technology for Equality, Diversity, Inclusion

The overview of the shared task on speech recognition for vulnerable individuals in Tamil (LT-EDI-2024) is described in this paper. The work comes with a Tamil dataset that was gath- ered from elderly individuals who identify as male, female, or transgender. The audio sam- ples were taken in public places such as marketplaces, vegetable shops, hospitals, etc. The training phase and the testing phase are when the dataset is made available. The task required of the participants was to handle audio signals using various models and techniques, and then turn in their results as transcriptions of the pro- vided test samples. The participant’s results were assessed using WER (Word Error Rate). The transformer-based approach was employed by the participants to achieve automatic voice recognition. This overview paper discusses the findings and various pre-trained transformer- based models that the participants employed.

2022

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Findings of the Shared Task on Speech Recognition for Vulnerable Individuals in Tamil
Bharathi B | Bharathi Raja Chakravarthi | Subalalitha Cn | Sripriya N | Arunaggiri Pandian | Swetha Valli
Proceedings of the Second Workshop on Language Technology for Equality, Diversity and Inclusion

This paper illustrates the overview of the sharedtask on automatic speech recognition in the Tamillanguage. In the shared task, spontaneousTamil speech data gathered from elderly andtransgender people was given for recognitionand evaluation. These utterances were collected from people when they communicatedin the public locations such as hospitals, markets, vegetable shop, etc. The speech corpusincludes utterances of male, female, and transgender and was split into training and testingdata. The given task was evaluated using WER(Word Error Rate). The participants used thetransformer-based model for automatic speechrecognition. Different results using differentpre-trained transformer models are discussedin this overview paper.