在自动测量系统中,进行运动物体的首尾识别,国内传统的方法都是用硬件来实现的。本文在对测量电视复盖区域内作任意方向运动的物体的航行路线进行全面分析的基础上,找出了运动物体发生首尾颠倒时的基本特征,并根据其特征提出了用程序进行运动物体首尾识别的具体方法和若干编程技巧。采用这种方法进行运动物体首尾识别,不仅使本来要花钱用硬件解决的问题,改为计算机不花钱用软件就解决了,而且可以大大简化硬设备,提高可靠性,其经济效益和跟踪效果都是令人满意的。 In the automatic measurement system, the first identification of moving objects, the traditional method is to use hardware to achieve. Based on a comprehensive analysis of the navigation routes of objects moving in any direction within the coverage area of ​​the television, this paper finds out the basic features of the moving objects when they are turned upside down and rearranges according to their characteristics. Identify the specific methods and some programming skills. The use of this method for the identification of moving objects in the beginning and end not only makes the problems that would otherwise be spent on solving the problem with hardware, but also can be solved by using the software instead of the computer, and greatly simplifying the hardware and improving the reliability. The economic benefits and tracking The effect is satisfactory.