Data-Driven Traversability Analysis for Mars 2020 Landing Site Selection
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Engineering topics
Publications and source records attributed to Ansar, A..
No abstract available
We show that in conjunction with SAD correlation, our new method improves stereo quality at range discontinuities while maintaining real-time performance.
Dynamic scene perception is currently limited to detection of moving objects from a static platform or scenes with flat backgrounds. We discuss novel methods to segment moving objects in the motion field formed by a moving camera/robotic platform in real time.
Real-time position estimation for a descent lander is a critical technological need for many planned NASA missions.
In this paper, we provide both a system description and a detailed overview of a novel depth-based multibaseline stereo algorithm. Our new algorithm avoids the need for pairwise camera rectification. We conclude with several simulations and real world experiments to verify our results.
We present a general framework which allows for a novel set of linear solutions to the pose estimation problem for both n points and n lines. We present a number of simulations which compare our results to two other recent linear algorithm as well as to iterative approaches.