دانلود کتاب طراحی و پیاده‌سازی ماهواره هوشمند

Artificial Intelligence (AI) is an interdisciplinary subject developed by integrating computer science, cybernetics, information theory, neurophysiology, psychology, linguistics, philosophy, and other disciplines. It is one of the three cutting-edge technologies in the 21st century (genetic engineering, nanoscience, AI). Through AI technology, machines can be competent for some complex tasks that usually require human intelligence to complete, thus greatly simplifying manual operations, improving production efficiency, and improving production relations. It is a very disruptive, cutting-edge technology. At present, the international space power led by NASA has taken space as an important stage for AI to play its role. Many space tasks that have been carried out or will be carried out have more or less adopted AI technology to improve the efficiency of related tasks. Although the current application of AI technology in space is still limited and the achievements are not outstanding enough, the power of AI has been demonstrated, and the future development direction it represents has also begun to emerge. The successful application of AI in various fields has laid a good foundation for the design of satellite systems and the development of satellite intelligence in the future. In a series of processes such as satellite development, testing, flight control, delivery and use, the problems of the unattended space environment, the high cost of testing and maintenance, and many factors of fault problems have been puzzling scientific researchers. AI-supporting satellite system technology is a powerful means to solve these problems and is one of the development directions of satellite system design in the future. In the future, it will not only be able to process complete information but also process incomplete information, and even intelligently supplement incomplete information, and make the processing of information and data more mature, efficient, and accurate according to the feedback system. At the same time, experience is constantly accumulated in daily operation, so that the AI system can adapt to the changing environment, gradually realize the automatic evolution mechanism, and make the AI system itself constantly learn, changing the single passive processing information into active, intelligent processing information, and even have a certain predictive ability. With the increasing development of AI algorithms and application technologies, the next development of intelligent satellites will focus on all aspects: developing the design of onboard intelligent chips to lay the hardware foundation for satellite intelligence. Develop satellite system design based on AI to realize a processing platform that can meet the flexible expansion of multiple tasks and support the flexible reconfiguration of system resources in case of failure. Develop the on-orbit fault detection and maintenance technology based on AI to realize the monitoring of satellite on-orbit status. Carry out research on satellite intelligent control technology based on AI, and realize the application of real-time intelligent autonomous attitude control, intelligent autonomous GNC, and intelligent information technology in aerospace control systems, platforms, and payloads. Carry out research on satellite-ground integration technology based on AI and build a satellite-ground integration satellite platform. Finally, combined with intelligent learning algorithm, the intelligent task of satellite platform is realized.