According to the principle of CCD intersection measuring and the requirements of practical design, this paper makes a comprehensive analysis on some key techniques and problems of the intersection measurement, and gives theoretical analyses and experimental studies on the intersection measuring model, which is of great importance to measuring the instantaneous space position of moving objects.

Following the CCD intersection measuring principle and the requirements of practical designs, this article makes a synthetical analysis of some key intersection measuring techniques and issues, and gives theoretical analysis and experimental studies to the collecting and measuring system, which is of great importance to measuring the instantaneous position of moving objects.

A kind of optimization design method is developed to achieve high accuracy in CCD intersection measuring system.

In order to improve the intersection measuring precision for object missing distance,the math-model for the coordinate measurement is introduced,and the derivation of equation for intersection measuring based on geodesic latitude and longitude coordinates system is presented.

One of chief technical indexes of linear-CCD intersection measurement system is the accuracy of measuring coordinate.

Theory of intersectant measurement for linear CCD array camera is studied in this paper.

This paper introduces the principle of CCD confluent measurement, analyzes and researches on various structural errors produced in CCD actual arrangement, and connecting with some actual test data, provides some crucial factors influencing the precision of the confluent measure ment, which possesses very important actual significance for the establishment o f the confluent measurement system.

WT5”BZ]:In the intersection measuring target with line array CCDs,the noncoplanar error caused by that optical axes and pixels lines of two CCDs arent on the same plane,is studied in this paper.