Photoelectric Theodolite Real-time Data Processing

A centain Optic-Electric Theodolite Measure System is a new measure device which is designed and manufactured independently in our country. It integrated a central control station manufactured by our own country for the first time, which systemizes the theodolite measure devices and greatly improves the fighting ability of the theodolite measure system. This paper mainly works on the real time data processing methods for the central control station to realize the guide and control function in the theodolite system. Following the general rule of real time data processing, it puts forward general mathematics models for the processing object and makes discussion on them. According to the mathematics characteristic of the processing object, it also analyzes the real time processing method applications by consulting the general method of post-task data processing. The point of the thesis is how to resolve engineering problems using general data processing methods in the engineering practice and application. This paper originally puts forward, analyzes and finds a resolution to the target's continued orientation in high accuracy area during the real time data processing. It lays the firm foundation for the mutual guide in the theodolite system. It is a historical technical innovation that the domestic theodolite system employs a central cntrol station for the first time. The study of this thesis and its application in real time control course builds the important foundation of its success. Thus the thesis is sufficiently worthy of generalizing and widely use.