Proceedings - IEEE Aerospace Conference · 2008 · 22 citations · 6 references
EngineeringAerospace EngineeringAutonomous SystemsAvionicsHuman-robot InteractionPath PlanningAutonomous LandingFlight Management SystemsLanding SystemsMission PlanningSpace ExplorationAutonomous Flight ControlAutonomous Landing AlgorithmsAutonomous Landing ControlLanding ControlLunar Landing SystemsMission EngineeringMission ObjectivesMission Operations Planning
In order to achieve safe and precise landings anywhere on the lunar surface without the heavy involvement of mission operations required during Apollo, an autonomous flight manager (AFM) is needed to assist the crew in managing the landing mission. An essential algorithm within the AFM is the landing point redesignation (LPR) function, which determines a prioritized list of safe and precise points in the landing region from which the crew can select a landing aimpoint. The LPR function described in this paper is flexible enough to support a variety of missions and situations by allowing an operator to reach-in and modify parameters prior to and throughout the landing.
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Stereo vision and shadow analysis for landing hazard detection
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