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本文提出一个适合于运动目标的识別、跟踪和控制的实时图象处理系统的方案。方案以实用、造价低、便于推广为原则,专门设计了图象输入输出控制器(PIOC)和图象选择变换器(PSC)两个接口电路把64K×2的图象存贮器与微型机联接起来,再增加一个从CPU组成一个实时图象处理系统。该系统结构上以双图象存贮器双CPU为特点,工作方式上以输入-处理和显示打印并行为特点,使图象采集及调入系统的时间得到最大限度的压缩(仅需20ms),同时整机的处理速度也得到提高。该方案对微型机并未严格规定,因此便于推广。
This paper presents a suitable moving object recognition, tracking and control of real-time image processing system. The program is designed with the principle of practical, low cost and easy popularization. Two interface circuits of PIOC and PSC are specially designed to connect the 64K × 2 image memory with the microcomputer Coupled, and then add a CPU from a real-time image processing system. The dual-image memory dual-CPU architecture features the system, the work on the input - processing and display features and print parallel, the image capture and transfer into the system time to maximize the compression (only 20ms) , While the processing speed of the machine has also been improved. The program is not strictly on the microcomputer, so easy to promote.