Embedded Observation and Control System of Precision Measuring Space Target Telescope

Abstract

The embedded observation control system of the precision measurement space target telescope involves the precision measurement technology field of the space target photoelectric telescope, and solves the shortcomings of the existing observation control system through the main control computer, which has low efficiency and long recognition time for manually identifying space targets. At the same time, remote control cannot be realized through LAN, WAN or Internet, including motion controllers, data collectors and data processors, and observation control software. The telescope motion controller is responsible for driving the height axis, azimuth axis and collecting code disc data; the data collector is responsible for the acquisition of CCD image data, CCD exposure time control and CCD exposure time latch; the data processor is responsible for the preprocessing of CCD images, Recognition of space target image, astronomical positioning of space target; observation control software generates observation plan of space target, manages telescope motion controller and CCD data collector to complete telescope observation process and guides data processor to process observation data.

Description

technical field [0001] The invention relates to the technical field of precision measurement of a space object photoelectric telescope, in particular to an embedded observation control system of a precision measurement type space object photoelectric telescope. Background technique [0002] The ground-based space target photoelectric telescope is the main equipment for observing space targets, especially space debris. [0003] The working process of the precision measurement photoelectric telescope to observe the space target is roughly as follows: the telescope waits according to the forecast position, after finding the target, guides the telescope drive system to track the target according to the guidance data of the target, and collects CCD images, code disk data and clock Signal, when processing the CCD image, in addition to the position of the target, the position of the calibration star (background star) should also be given. Through the relative position of the target...

AI Technical Summary

Problems solved by technology

[0007] The present invention aims to solve the problem that the observation and control system of the existing precision measurement space target telescope is realized by the main control computer, which has the disadvantages of low efficiency of artificially identifying space targets and long identification time, and at the same time, remote control cannot be realized through LAN, WAN or Internet, so as to achieve The purpose of centralized management

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