基于语义网络架构的光学人工智能

T. Yatagai
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引用次数: 0

摘要

在符号处理中,联想网络方法有望解决复杂的人工智能问题。[1,2]光学关联网络,包括全息[3,4]和矩阵向量乘法[5]架构,是大规模关联处理中最具吸引力的方法之一。光学为并行关联算法提供了模块间二维并行互连能力和并行计算机制。提出了一种混合光推理体系结构。[6]近年来,人们讨论了学习和自组织神经网络的光学结构[7,8]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optical Artificial Intelligence Based on Semantic Network Architecture
In symbolic processing, associative network approaches show promise for solving difficult artificial intelligence problems. [1,2] Optical associative networks, including holographic[3,4] and matrix-vector multiplication [5] architectures, are one of the most attractive approaches toward large-scale associative processing. Optics provides both 2-D parallel interconnection ability between modules and parallel-computing mechanisms for parallel association algorithm. A hybrid optical inference architecture has been proposed. [6] Recently optical architectures for learning and self-organizing neural network are discussed.[7,8]
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