Monika Marwaha
Papers
2
Total Citations
48
H-Index
2
About
Monika Marwaha is a leading researcher in guidance, navigation, and control systems for planetary entry vehicles, with a specialized focus on fault-tolerant control allocation. Her work addresses one of the most critical challenges in space exploration: ensuring precise and reliable landing on Mars despite severe atmospheric uncertainties, such as unpredictable winds and density variations. Marwaha’s most influential contribution, her 2010 paper on adaptive control for Mars entry vehicles, has garnered 39 citations, establishing a foundation for robust control strategies that can compensate for system faults in real time. Her 2008 work further advanced this field, demonstrating how adaptive algorithms can maintain vehicle stability and meet precision landing requirements—a key enabler for future manned missions to Mars. By integrating fault tolerance with adaptive control, Marwaha has provided a pathway to safer, more reliable planetary exploration. Her research is essential reading for aerospace engineers and students working on entry, descent, and landing systems, offering practical solutions to the high-stakes problem of controlling spacecraft in unpredictable extraterrestrial environments.
Research Focus
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Top Papers
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