| Document Date: 2014-06-21 03:29:30
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City Halifax / New York / / Company Oxford University Press / Ta / / Country United States / / / Event Product Recall / Product Issues / / Facility Indian Institute of Science / square Hi / square Tℓ / / IndustryTerm good approximation algorithm / constant-factor approximation algorithm / approximation algorithm / feasible solution / fixed-parameter tractable algorithm / improved approximation algorithm / proposed algorithm / search space / improved algorithms / / MusicGroup Ba / Bi / / OperatingSystem Xp / / Organization Indian Institute of Science / Department of Computer Science and Automation / Oxford University / / Person H. Kong / Xi / Tq / / Position guard / rectangles Wb / / Product corresponding squares / / ProvinceOrState Nova Scotia / New York / / PublishedMedium Theoretical Computer Science / / Technology constant-factor approximation algorithm / approximation algorithm / fixed-parameter tractable algorithm / time algorithm / J. Algorithms / 2014 4 Parameterized Algorithms / improved approximation algorithm / 3 An Approximation Algorithm / substantially improved algorithms / 2-factor approximation algorithm / provably good approximation algorithm / two-approximation algorithm / /
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CCCG 2014, Halifax, Nova Scotia, August 11–13, 2014 On the d-Runaway Rectangle Escape Problem Aniket Basu Roy∗, Sathish Govindarajan∗, Neeldhara Misra∗, Shreyas Shetty∗ Abstract