一种在空气中运行稳定的界面保护型光学神经突触器件
摘要
Objective Neuromorphic computing, with its high parallelism, is considered a promising method for further improving the efficiency of integrated computing systems in the post -Moore era.As the fundamental components of hardware -based neuromorphic systems, analog synaptic devices have undergone considerable research progress in recent years.Among them, SiO 2 trapping -based synaptic devices have unique advantages in terms of system integration, such as easy fabrication and high CMOS process compatibility.However, the electrochemical activity of oxygen makes the electron -trapping states
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李欣蔚 Li Xinwei, 杨成东 Yang Chengdong, 苏琳琳 Su Linlin, 等. 一种在空气中运行稳定的界面保护型光学神经突触器件[J]. Acta Optica Sinica, 2024.
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