The monitor system architecture in ternary optical computer (TOC) was discussed. There were some important modules, such as the client, network communication module (NCM), data preprocess module (DPM), operation-request scheduling module (ORSM), optical processor allocation module (OPAM) and the embedded system in the architecture. And the communication protocols between these modules were analyzed and designed. At the same time, the functions of the modules were introduced.

The purpose of this study is to explore the allocation of lots of data-bit resource in a ternary optical computer (TOC). It analyzes previous important results and proposes the Dynamic Data-bit Allocation (DDBA) method. And it divides 1024 data-bits of TOC into 8 sizes of suanweis by using static grouping technology, and discusses the process of DDBA in detail. Finally, an example is given to illustrate the allocation process.

Steam manage system is a great delay system. The optimum design is necessary to ensure its speed response, quick follow in concrete system. The paper introduces optimizing digital controller design principle, and builds transfer function of pure lag system and constitutes modal of control system. Based on introducing the dynamic characteristics of the steam treatment system, analyzing the character of object function and determines it, and system emulation is put up on known object function and PID controller is confirmed. Experimental emulation proves the objective function, overshoot and adjustable time of dynamic response have effectively improved in optimized system, and the optimum design of the system is significant by comparing optimized system with unoptimized system.

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