光子测量系统中用于图像处理的单片机

Olga S. Smoleva, Natalia Y. Ljul
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引用次数: 2

摘要

为控制莫斯科地铁轨道参数,设计了非接触式测量系统。它检测一些重要参数:轨道宽度、轨道高度、轨距、轨道贫民窟、横向水平、纠察和车速。该系统由三个子系统组成:轨道宽度、高度和轨距非接触式检测系统,轨道贫民区非接触式检测系统和横向、速度和纠偏检测子系统。来自子系统的数据被传送到预处理单元。为了处理从子系统接收的数据,由于提供所需的处理速度,必须使用单片信号处理器ADSP-2185。数据处理后,发送给PC机,PC机处理后以可读形式输出。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Single-chip microcomputer for image processing in the photonic measuring system
The non-contact measuring system has been designed for rail- track parameters control on the Moscow Metro. It detects some significant parameters: rail-track width, rail-track height, gage, rail-slums, crosslevel, pickets, and car speed. The system consists of three subsystems: non-contact system of rail-track width, height, and gage inspection, non-contact system of rail-slums inspection and subsystem for crosslevel, speed, and pickets detection. Data from subsystems is transferred to pre-processing unit. In order to process data received from subsystems, the single-chip signal processor ADSP-2185 must be used due to providing required processing speed. After data will be processed, it is send to PC, which processes it and outputs it in the readable form.
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