We define the search ratio of an expanding search as the maximum over all vertices of the ratio of the time taken to reach the vertex and the shortest-path cost to it from the root.
May 15, 2019
Feb 18, 2016 · We define the search ratio of an expanding search as the maximum over all vertices of the ratio of the time taken to reach the vertex and the ...
In our work we study algorithmic and computational issues of expanding search, for a variety of search environments including general graphs, trees and star- ...
In our work we study algorithmic and computational issues of expanding search, for a variety of search environments including general graphs, trees and star- ...
[PDF] The expanding search ratio of a graph - ScienceDirect.com
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May 1, 2020 · We define the search ratio of an expanding search as the maximum over all vertices of the ratio of the time taken to reach the vertex and the ...
We define the search ratio of an expanding search as the maximum over all vertices of the ratio of the time taken to reach the vertex and the shortest-path cost ...
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This paper addresses algorithmic and computational issues of minimizing the search ratio over all expanding searches, for a variety of search environments, ...
Feb 16, 2016 · In our work we study algorithmic and computational issues of expanding search, for a variety of search environments including general graphs, ...
You know:A single mine is set in some crossing of a road network. • You don't know: where. • Demining a road segment takes some time.
We define the search ratio of an expanding search as the maximum over all vertices of the ratio of the time taken to reach the vertex and the shortest-path cost ...