Research of AI Planning for Space Flight Control Based on PDDL
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Publisher
Springer Berlin Heidelberg
Link
http://link.springer.com/content/pdf/10.1007/978-3-662-44687-4_33
Reference12 articles.
1. Truszkowski W (2009) Autonomous and autonomic operations and exploration systems-with applications to NASA intelligent spacecraft systems. Springer, Berlin
2. Hao Y (2004) Space flight TT&C network. National Defense Industry Press, Beijing
3. Gutiérrez LG, Tejo JA, Pereda M et al (2006) Flexplan: deployment of powerful comprehensive mission planning systems. In: SpaceOps conference, AIAA 2006-5679
4. Haddow CR, Adamson K, Sousa B et al (2010) Mission planning—Establishing a common concept for ESOC’s missions. In: SpaceOps conference, AIAA 2010-1969
5. Lee BS, Kim JH (2003) Design and implementation of the mission planning functions for the KOMPSAT-2 mission control element. J Astron Space Sci 20(3):227–238
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