Abstract
A crucial section of area missions is satellite placement, which requires proper management and analysis to guarantee undertaking fulfilment. This paper presents a comprehensive framework for evaluation and simulation of satellite deployment dynamics based on MATLAB. The proposed framework combines visualization processes, dynamics of satellite deployment, and numerical methods to accurately model satellite behaviour all through deployment ranges. The simulation platform uses MATLAB's capability which includes thrust, aerodynamic drag, and gravitational forces to represent the complicated dynamics of satellite deployment. Furthermore, the platform permits multi-satellite deployment situations and parameter-customizable analysis of unmarried and multi-satellite deployments. The performance and acceptability of the MATLAB-primarily based platform is illustrated through case research and overall performance reviews, providing insightful data for planning satellite missions, design optimization, and manipulate strategies. For engineers and academics running on satellite improvement area assignment layout, the proposed framework is a useful resource to better apprehend and examine deployment dynamics underneath numerous operational eventualities.
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