摘要
现代超级电影经纬仪的信号处理与实时控制任务,需要比单处理机强得多的计算机处理能力,作者提出了基于MULTIBUS总线的16位多处理机并行工作系统以满足要求。本文以一个目标跟踪仿真系统为例,详述了在INTEL 286/380计算机基础上设计和配置多机并行系统的硬件和软件方法,并讨论了该系统的基本结构,性能特点,多机间通讯以及工作过程和一般配置方法。
The controlling and signal processing of modern super cine-theodolite in
real time requires more processing power than usually provided by a single
sequential processor. A parallel working system of 16-bit multiple microproces-
sor based on MULTIBUS is being developed to provide the needed capacity.
This paper describes how to design and configure the parallel multiple microp-
rocessor system on the base of INTEL 286-380 computer in hardware and sof-
tware, and then discusses its basic structure, feature and performance, proces-
sor-to-processor communication, working process and general configure method.
As an example, a simulate target trazking system has been given in this paper.
出处
《光电工程》
CAS
CSCD
1990年第4期32-38,共7页
Opto-Electronic Engineering
关键词
电影经纬仪
总线
处理机
控制系统
Multiple microprocessor systems, Real time control sys-tems, Photoelectric tracking system cinetheodolites, Hardware, Software