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ABSTRACT. We present a better algorithm for path planning on complex terrain in the presence of observers and define several metrics.
We present a better algorithm for path planning on complex terrain in the presence of observers and define several metrics related to path planning to evaluate ...
We simulate a smugglers and border guards scenario to evaluate terrain compression. Multiple Observer. Siting is used to place observers so that they ...
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Our path-planning routine is used to evaluate the quality of terrain compression on the smugglers and border guards scenario. We also present an extension of ...
We report on variants of the ODETLAP lossy terrain compression method where the reconstructed terrain has accurate slope as well as elevation.
Daniel M. Tracy, W. Randolph Franklin, Barbara Cutler, Franklin T. Luk, Marcus Andrade, and Jared Stookey. Path planning on a compressed terrain.
We place observers on a terrain so as to optimize their visible coverage area. Then we compute a path that a smuggler would take so as to avoid detection, while ...
We examine a smugglers and border guards scenario. We place observers on a terrain so as to optimize their visible coverage area. Then we compute a path ...
We report on variants of the ODETLAP lossy terrain compression method where the reconstructed terrain has accurate slope as well as elevation. Slope.
Variations of the ODETLAP lossy terrain compression method where the reconstructed terrain has accurate slope as well as elevation are reported, ...