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Driving Strategy Based on Artificial Neuron Device for Array Circuits
Zhengxian Zhou;Xianghong Zhang;Weixi Ye;Di Liu;Yongjie Lin;Jiaming Lin;Tailiang Guo;Huipeng Chen
Over the past many years, array circuits, as an important part of electronic systems, show a wide range of application scenarios. However, the pursuit of high-density array circuits will certainly lead to a steep increase in the area of the array driving circuit. In this article, we present a switching array circuit with an artificial neuron, where the neuron acts as a discrete control center for ...Show More
Temperature Regulated Artificial Neuron Based on Memristor
Jianxin Wu;Weixi Ye;Jiaming Lin;Xianghong Zhang;Bangyan Zeng;Yuyang Fan;Tailiang Guo;Huipeng Chen
IEEE Electron Device Letters
Cited by: Papers (8)
Recently, artificial neurons have attracted much attention due to their excellent energy efficiency and scalability. However, there are still few reports on the regulation of the performance of artificial neuron based on single device. In the letter, we present an artificial neuron device based on Ag/TaOx/Si that not only has excellent turn-on and turn-off performance, but also exhibits sustained ...Show More
A Memristor-Based Leaky Integrate-and-Fire Artificial Neuron With Tunable Performance
Jiaming Lin;Weixi Ye;Xianghong Zhang;Qiming Lian;Shengyuan Wu;Tailiang Guo;Huipeng Chen
IEEE Electron Device Letters
Cited by: Papers (18)
Artificial neurons have received extensive attention as an important part of neuromorphic computing. Recently, tremendous efforts have been made on the memristor-based neurons, while the regulation of performance of such neurons and its underlining mechanism has been rarely studied. In this work, we propose an artificial neuron device based on Ag/TaOx/Si, which exhibits good threshold switching ch...Show More
Neuron Based Driving Circuit for Flat Panel Display
Xianghong Zhang;Zhengxian Zhou;Yongjie Ling;Jiaming Lin;Weixi Ye;Qizhen Chen;Huipeng Chen;Tailiang Guo
IEEE Electron Device Letters
Cited by: Papers (7)
Ultra-high pixel is the trends of flat panel display, while conventional row and column driving circuit would cause high fabrication cost and low effective luminous area. In this letter, neuromorphic device is applied to the flat panel display driving circuit for the first time. A neuron based display driving circuit is developed, which reduces 3/4 area of row circuit, for instance, 1024 scan line...Show More
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