Advanced Fault Diagnosis and Fault-Tolerant Control Technology of Spacecraft
A special issue of Applied Sciences (ISSN 2076-3417). This special issue belongs to the section "Aerospace Science and Engineering".
Deadline for manuscript submissions: closed (31 May 2023) | Viewed by 25236
Special Issue Editors
Interests: spacecraft attitude control; fault diagnosis; fault-tolerant control
Interests: spacecraft attitude control; fault diagnosis and tolerant control; satellite mission planning
Interests: prognostic and health management; reliability theory and reliability engineering; machine learning
Interests: condition monitoring; signal processing; anomaly detection; fault diagnosis; task optimization; swarm intelligence
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Special Issue Information
Dear Colleagues,
In order to complete the various tasks in advanced space missions, such as communication, navigation, and remote sensing, single complicated spacecraft and many distributed spacecraft systems have been launched into orbit. Due to the extremely harsh outer space environment, with various categories of hazardous radiation, huge temperature variations and the aging of components to a certain extent, there may be various malfunctions/failures in components or subsystems of the spacecraft. To improve the reliability, safety and maintainability of spacecraft systems, fault diagnosis and Fault-Tolerant Control (FTC) for spacecraft systems subject to space disturbance and internal physical constraints have become interesting research topics in recent years. Therefore, alongside recent developments in various learning algorithms, event-triggered theories, advanced observer design, intelligent control, etc., the application of advanced fault diagnosis and FTC techniques to single complicated spacecrafts or distributed spacecraft systems (spacecraft formation flying system, spacecraft cluster, etc.) will be extensively investigated in this Special Issue.
Keywords:
- fault prognostic and health management;
- neural network-based fault diagnosis;
- learning algorithm-based fault diagnosis;
- advanced observer-based fault diagnosis;
- data-driven fault detection and isolation;
- event-triggered fault detection and isolation;
- distributed fault diagnosis techniques and applications;
- integrated fault diagnosis and fault-tolerant control;
- advanced observer-based fault-tolerant control;
- sliding mode-, adaptive- and backstepping-based fault tolerant control;
- intelligent fault tolerant control
Prof. Dr. Yuehua Cheng
Dr. Qingxian Jia
Prof. Dr. Guang Jin
Prof. Dr. Yuqing Li
Guest Editors
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