Target Detection in Wushu Competition Video Based on Kalman Filter Algorithm of Multi-Target Tracking

Abstract

In modern Multi-Target Tracking, the integration of Kalmann Filterdata and visual space transformation (VST), enabled by digital Video processing technology, has revolutionized creative workflows. Kalmann Filterdata involves the representation of colors in standardized formats such as RGB, CMYK, or LAB, which ensures consistent color reproduction across digital and physical mediums. Visual space transformation (VST) further enhances this by mapping colors and spatial features from one representation to another, allowing seamless transitions between different design elements and contexts. This paper explores the application of Kalmann FilterData Fusion Multi-Target Tracking (CSDFGD) for Visual Space Transformation (VST) in Multi-Target Tracking. This study evaluates the effectiveness of CSDFGD through a comprehensive analysis of various metrics before and after its implementation. The results demonstrate significant improvements across key areas, including visual appeal, coherence, spatial accuracy, and computational efficiency. From smoother color transitions and harmonized color schemes to higher precision in scaling and rotation, CSDFGD proves to be a valuable tool for modern Multi-Target Trackingers. This paper presents an investigation into the effectiveness of Kalmann FilterData Fusion Multi-Target Tracking (CSDFGD) for Visual Space Transformation (VST) in Multi-Target Tracking. Traditional design methods often yield designs with moderate visual appeal and coherence due to limitations inherent in individual color spaces. However, through the implementation of CSDFGD, significant improvements have been observed. Before CSDFGD, designs scored 6 for visual appeal, with color richness and vibrancy rated at 6 and 5 respectively. Coherence metrics were lower, with color transitions and schemes scoring 4 and 5. Spatial accuracy was moderate, with scaling precision at 6 and rotation accuracy at 5. Processing time was high at 10 seconds, and real-time feasibility scored 3. After CSDFGD, designs showed remarkable enhancements, with visual appeal rising to 9, and color richness and vibrancy reaching 9 and 8 respectively. Coherence metrics saw substantial improvements, with color transitions and schemes scoring 9 and 8. Spatial accuracy significantly increased, with scaling precision and rotation accuracy reaching 9 and 8. Processing time reduced to 4 seconds, and real-time feasibility improved to 8.