讨论了构造比例自变换函数及其成像过程，据此制成光栅透镜组合件。用它的放大泰伯自成像效应来实现一点到多点的光学互连。然后把多个光栅透镜组件制成一个列阵，用它来实现两维神经网络的光学互连，结果产生了一个平行的光学神经网络。实验达到了预期的效果，并发现这种光学互连系统结构简单、操作容易。 The structure scaling self-transformation function and its imaging process are discussed, and the grating lens assembly is made accordingly. Use it to enlarge the Taber self-imaging effect to achieve point-to-multipoint optical interconnects. Then a plurality of lenticular lens assemblies are made into an array, which is used to achieve the optical interconnection of the two-dimensional neural network, resulting in a parallel optical neural network. The experiment achieved the expected results, and found that this optical interconnection system has a simple structure and easy operation.