HI-TransPA: Hearing Impairments Translation Personal Assistant
Authors: name: Zhiming Ma; name: Shiyu Gan; name: Junhao Zhao; name: Xianming Li; name: Qingyun Pan; name: Peidong Wang; name: Mingjun Pan; name: Yuhao Mo; name: Jiajie Cheng; name: Chengxin Chen; name: Zhonglun Cao; name: Chonghan Liu; name: Shi Cheng
Published: 2025-11-13 03:27:39

Abstract: To provide a unified and flexible solution for daily communication among hearing-impaired individuals, we introduce the Omni-Model paradigm into assistive technology and present HI-TransPA, an instruction-driven audio-visual personal assistant. The model fuses indistinct speech with high-frame-rate lip dynamics, enabling both translation and dialogue within a single multimodal framework. To tackle the challenges of noisy and heterogeneous raw data and the limited adaptability of existing Omni-Models to hearing-impaired speech, we construct a comprehensive preprocessing and curation pipeline that detects facial landmarks, isolates and stabilizes the lip region, and quantitatively assesses multimodal sample quality. These quality scores guide a curriculum learning strategy that first trains on clean, high-confidence samples and progressively incorporates harder cases to strengthen model robustness. We further adopt a SigLIP encoder combined with a Unified 3D-Resampler to efficiently encode high-frame-rate lip motion. Experiments on our purpose-built HI-Dialogue dataset show that HI-TransPA achieves state-of-the-art performance in both literal accuracy and semantic fidelity. This work establishes a foundation for applying Omni-Models to assistive communication technology, providing an end-to-end modeling framework and essential processing tools for future research.