Tanida J, Ichioka Y
Appl Opt. 1988 Jul 15;27(14):2926-30. doi: 10.1364/AO.27.002926.
Procedures for planning and executing arbitrary parallel processing with optical array logic are generalized as a systematic programming technique of optical parallel processing. Optical array logic is a technique for achieving any parallel neighborhood operation with simple coding and optical correlation. An original symbolic notation facilitates programming of parallel processing with optical array logic, so that many problems can be optically solved using optical array logic. Two examples of image data processing are presented to illustrate the programming procedure of parallel processing with optical array logic.
用于规划和执行使用光学阵列逻辑的任意并行处理的过程被概括为一种光学并行处理的系统编程技术。光学阵列逻辑是一种通过简单编码和光学相关性实现任何并行邻域操作的技术。一种原始的符号表示法有助于使用光学阵列逻辑进行并行处理的编程,从而可以使用光学阵列逻辑光学地解决许多问题。给出了两个图像数据处理的例子来说明使用光学阵列逻辑进行并行处理的编程过程。