A Parameterized Effectiveness Evaluation Method for Remote Sensing Satellite Constellation

Abstract

The main factors to measure the performance of imaging remote sensing satellites are the width and resolution of surveying and mapping. However, evaluating the application capability of a single satellite is different from its effective benefits in the space-based observing system constellation. It is necessary to form a comprehensive evaluation of observation characteristics and coverage characteristics between the satellites and improve the expected value of the new satellites in the existing system to achieve the best comprehensive observation capabilities. This paper proposes two parameters, the comprehensive information value of the remote sensing satellite and the difference value of the remote sensing satellite constellation, to realize the parameterized evaluation, and to judge the effectiveness of the simulation network model.