单微处理器控制的集成化光电混合神经网络模式识别系统

INTEGRATED OPTO-ELECTRONIC HYBRID NEURAL NETWORK FOR PATTERN RECONGNITON CONTROLLED BY SINGLE MICROPROCESSOR

本文首次报道了应用单微处理器和单 LCD结构的光电混合神经网络模式识别系统 ,该系统使用了单微处理器控制的多屏幕显示及适用于多层光电神经网络的软硬件接口方法 ,充分利用了高性能 LCD的分辨率 ,提高了网络光电接口的数据传送速度及整机的集成化程度 。

For the first time, an integrated opto electronic hybrid neural network for pattern recognition controlled by a single microprocessor is reported. By using the multi screen display controlled by the single microprocessor and by optimizing the software and the hard ware for opto electronic multilayer neural network, a full scope to the high resolution of the LCD and to the high transmitting rate of data through the opto electronic interfaces have been completed. As a result, the compatibility with the computers of high performance and the speed of the pattern recognition have been distinctly improved.