The human perceptual system is a multi‐modal synergetic sensory learning system. As helps individuals to perceive and understand the world more comprehensively and deeply. Replication of human perceptual systems at the hardware level will significantly boost the progress of neuromorphic platforms. Interestingly, ionotronic device provides rich ionic dynamics for designing neuromorphic devices. It also provides interesting methodology to implement bionic perceptual learning system with multi‐modal sensory activities. Here, a bionic visual‐auditory perceptual system has been proposed by integrating chitosan‐gated oxide ionotronic neuromorphic transistors and auditory sensors. With strong proton gating effects, the system exhibits remarkable multi‐modal sensory abilities to sound and light, enabling diverse functions including encrypted sound information transmission and information decoding. The perceptual system can also perform sound recognition by perceiving the volume, tone, and timbre of sound, which results in the implementation of a sound lock function. Thanks to visual‐auditory fusion, image encryption and decryption function can also be addressed. This advancement poses innovative insights for the advanced collaborative multi‐perceptual intelligent platform.

中文翻译：

---

基于电离子神经形态晶体管的仿生视觉听觉感知系统，具有声音识别功能的信息加密和解密


人类感知系统是一个多模态协同感觉学习系统。AS 帮助个人更全面、更深入地感知和理解世界。在硬件级别复制人类感知系统将显着促进神经形态平台的进步。有趣的是，离子电子器件为设计神经形态器件提供了丰富的离子动力学。它还提供了有趣的方法来实现具有多模态感官活动的仿生感知学习系统。在这里，通过集成壳聚糖门控氧化物电离子神经形态晶体管和听觉传感器，提出了一种仿生视觉听觉感知系统。该系统具有强大的质子门控效应，对声和光表现出卓越的多模态感知能力，可实现包括加密声音信息传输和信息解码在内的多种功能。感知系统还可以通过感知声音的音量、音调和音色来执行声音识别，从而实现声音锁定功能。得益于视觉听觉融合，还可以解决图像加密和解密功能。这一进步为先进的协作多感知智能平台提出了创新的见解。