Chinese Academy of Sciences: Institute of Microelectronics Achieves Breakthrough in Nano-forest Humidity Sensor Research for Silent Speech Applications
15 hour ago / Read about 0 minute
Author:小编   

Globally, tens of millions of individuals have lost their vocal capabilities, rendering them unable to participate in speech interaction or recognition through conventional acoustic signals. Silent speech recognition technology presents a promising avenue for assisted communication among those who are unable to vocalize. Nevertheless, traditional silent speech recognition systems that rely on physical contact come with inherent limitations. The natural contraction and relaxation of muscles during speech can induce deformations and movements of the skin's surface, resulting in positional inaccuracies within the system and consequently, unreliable data. Furthermore, extended periods of wear can lead to discomfort and inconvenience for users.