基于高分子功能敏感材料手势识别触觉传感器与性能优势

Preparation and Performance Advantages of Hand Gesture Recognition Tactile Sensor Based on Polymer Functional Sensitive Materials

非聋哑人士极少习得手语,是导致聋哑人与非聋哑人之间沟通障碍的主要原因之一,手语手势识别技术能够将手语利用材料技术、信号学技术等进行翻译获得文本或语音,从而实现聋哑人与非聋哑人之间多途径沟通。文章以手语手势识别为主要研究领域,对高分子功能材料、集成技术等应用于手语手势识别触觉传感器情况进行分析。对高分子功能材料性能优势及其带来的触觉传感器技术革新等进行总结,旨在为手语手势识别触觉传感器领域应用高分子技术发展提供理论借鉴。

Sign language is rarely acquired by non deaf mute,which is one of the main reasons for the communication barriers between deaf mute and non deaf mute.Sign language gesture recognition technology can translate sign language into text or voice by using material technology and signal technology,so as to realize multi-channel communication between deaf mute and non deaf mute.Taking sign language gesture recognition as the main research field,this paper analyzes the application of polymer functional materials and integration technology in the tactile sensor of sign language gesture recognition.This paper summarizes the performance advantages of polymer functional materials and the innovation of tactile sensor technology,aiming to provide theoretical reference for the development of polymer technology in the field of sign language gesture recognition tactile sensor.