Tennis Trajectory Target Tracking System Based on Combinatorial Optimization Algorithm

The tracking of moving target refers to the identification of moving target’s trajectory, the extraction of image trajectory, and the whole trajectory tracking. The network motion track target tracking system is a set of algorithm system especially for the motion track identification and image extraction of tennis movement. By using the combinative optimization algorithm, the mathematical principle of the algorithm module of the system is improved, the relevant parameters are fitted reasonably, and the accuracy of the tennis motion track tracking system is improved. At present, many tennis competitions or sports training will be limited to the influence of the actual site or some artificial or objective object factors cannot be excluded interference. Scholars use combinational optimization algorithm to adjust the original trajectory tracking algorithm model, eliminate these adverse factors efficiently, and further improve the tracking effect of object tennis trajectory. In this paper, a tennis trajectory target tracking system on account of combinatorial optimization algorithm is studied and its working principle is revealed. The data test shows that the research of tennis trajectory target tracking system on account of combinatorial optimization algorithm has high performance in tennis trajectory tracking.