光电模糊ARTMAP处理器

M. Blume, S. Esener
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引用次数: 7

摘要

由于缺乏适合光电实现的算法,实际光学或光电计算机的实现一直受到阻碍。我们选择了一种与光电处理器和并行访问光存储器特别兼容的算法,将其映射到满足硬件约束的架构上,并提出了一种适当的光学和电子技术结合的实现方法。所提出的并行光电实现比串行实现提高了几个数量级的吞吐量,便于实时解决大型问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optoelectronic Fuzzy ARTMAP Processor
The realization of practical optical or optoelectronic computers has been hampered by the lack of algorithms suited to optoelectronic implementation. We have chosen an algorithm that is particularly compatible with optoelectronic processors and parallel access optical memory, mapped it onto an architecture which satisfies the constraints of the hardware, and suggest an implementation which is an appropriate combination of optical and electronic technology. The proposed parallel optoelectronic implementation increases throughput by several orders of magnitude over serial implementations, facilitating the real-time solution of large problems.
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