重构是钥匙生产一台适用的第三的光计算机(TOC ) 。实现重构功能的方法决定 TOC 是否能走入应用的地。在这个工作,基于域,可编程的门穿的重构电路(FPGA ) 的一个图案被建议,并且全部硬件系统的结构被讨论。
Reconfiguration is the key to produce an applicable ternary optical computer (TOC). The method to implement the reconfiguration function determines whether a TOC can step into applied fields or not. In this work, a design of the reconfiguration circuit based on field programmable gates array (FPGA) is proposed, and the structure of the entire hardware system is discussed.