Television error data delay time measurement system and method

Abstract

The invention provides a television error data delay time measurement system and method, and the method comprises the steps: receiving a control instruction through a mechanical rotary table, carrying out the left-right movement in a television wave door range, and outputting a rotary table pointing angle; the television lens rotates along with the mechanical turntable to generate a television target image signal; and the television tracking processor extracts a position signal of the television target, generates a television error signal relative to the center of the image, and subtracts the moment corresponding to the maximum value of the television error signal from the moment when the rotary table is located at the rotating edge to obtain television error data delay time. The method can accurately measure the television error data delay time, facilitates reasonable selection of loop parameters, better solves the problem of television tracking lag, improves the television tracking performance, and is especially suitable for tracking a fast target.

Description

technical field [0001] The invention relates to television tracking technology, in particular to a method for measuring delay time of television error data. Background technique [0002] Television is widely used in our daily life and also in military life. Its main function is to monitor the scene environment and track the target of interest, and provide timely and accurate target location information. The delay time of tracking error affects the performance and effect of target tracking. Accurate measurement of it is beneficial to identify factors affecting tracking performance, and to configure tracking loop parameters reasonably to improve target tracking performance. At present, the tracking performance parameters mainly rely on empirical debugging. When the delay time of TV error data cannot be determined, the parameters that affect the tracking performance cannot be identified, and the improvement and expected improvement cannot be achieved, and the system's requireme...

AI Technical Summary

Problems solved by technology

At present, the tracking performance parameters mainly rely on empirical debugging. In the case of uncertain TV error data delay time, the parameters that affect the tracking performance cannot be identified, and the improvement and expected improvement cannot be achieved, and the system’s requirements for TV tracking performance cannot be met.

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