Proceedings Article | 21 June 2024
KEYWORDS: Design, Satellites, Sensors, Information fusion, Information technology, Remote sensing, Integrated optics, Databases, Ocean optics, System integration
As the key payload on the satellite platform, the space optical remote sensor often needs to be customized according to the purpose of the positioning of each satellite, which leads to the difficulty, long cycle, and high cost of product development. To find an adaptive integration technology for multi-satellite platform space optical remote sensor is the key to realize rapid satellite networking and accelerating commercial deployment. As a new revolutionary technology, information integration technology provides strong support for realizing the goal of adapting space optical remote sensors to multi-satellite platforms. Different from the traditional space optical remote sensor design, the integrated design of information system can quickly realize the product configuration, greatly improve the design efficiency of the space remote sensor, reduce cost and increase efficiency, and adapt to the development trend of the current space era. In this paper, the information integrated design technology of a space optical remote sensor for multi-satellite platform is studied, and the practical application is carried out, and good practical results are obtained. Experimental results show that the 18.75%, 20%, 30%, 40%, 5% and 5% improvements in efficiency, adaptability, cost Reduction, integration complexity, database accuracy, and reliability respectively compared to the state-of-the-art approaches.
