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Recently, in‐sensor computing with individual sensors or multiple connected sensors directly processing information has been proposed to improve energy, area, and time efficiency of artificial intelligence systems. Current investigations mainly focus on a single sensory processing such as auditory, visual, tactile, olfactory, and so on. However, a human perception system can sense and process different...
In article number 2100144, Su‐Ting Han and co‐workers demonstrate an electro‐humidity‐photoactive memristive device based on a MXene‐ZnO heterojunction. The memristor shows highly repeatable switching features and its conductance can be synergistically modulated by electric, light, and humidity fields, enabling concomitant low‐level in‐sensor processing and high‐level in‐sensor computing.
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