A versatile CMOS building block for fully analogically-programmable VLSI cellular neural networks

A. Piovaccari, G. Setti
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引用次数: 1

Abstract

The design of a new CMOS building block to be used for analogically programming the control and the feedback operators of cellular neural networks is reported. The circuit was used for a repetitive programming procedure for motion detection in a 9000 transistors 7/spl times/7 CNN.<>
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用于完全模拟可编程VLSI细胞神经网络的通用CMOS构建块
本文报道了一种新的CMOS模块的设计,用于细胞神经网络的控制和反馈算子的类比编程。该电路用于在9000个晶体管7/spl times/7 CNN.>中进行运动检测的重复编程过程
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Realisation of a digital cellular neural network for image processing Convergence and stability of the FSR CNN model A versatile CMOS building block for fully analogically-programmable VLSI cellular neural networks A fast, complex and efficient test implementation of the CNN Universal Machine Optoelectronic cellular neural networks based on amorphous silicon thin film technology
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