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Computational complexity theory / Noise / SINR / Swap regret / Graph coloring / Factorial / Time complexity / Mathematics / Theoretical computer science / Applied mathematics


Convergence Time of Power-Control Dynamics∗ Johannes Dams Martin Hoefer Thomas Kesselheim
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Document Date: 2011-04-20 10:48:18


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City

Kesselheim / /

Country

Germany / /

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Facility

RWTH Aachen University / /

IndustryTerm

given network / no-Φ-regret algorithms / wireless communication requests / less energy consumption / no-swap-regret algorithms / beautiful distributed algorithm / wireless network / no-swap-regret algorithm / arbitrary existing no-swap-regret algorithm / no-Φ-regret algorithm / distributed algorithms / wireless transmissions / regret-learning algorithms / recent centralized constantfactor approximation algorithm / power control using regret learning algorithms / no-regret learning algorithm / iterative algorithms / classic algorithm / wireless networks / iterative distributed algorithm / distributed systems / wireless devices / /

Organization

Department of Computer Science / UMIC Research Centre / RWTH Aachen University / /

Person

Martin Hoefer Thomas Kesselheim April / Johannes Dams Martin Hoefer Thomas / Mansour / /

Position

player / /

Product

Pentax K-x Digital Camera / /

Technology

classic algorithm / no-Φ-regret algorithms / no-swap-regret algorithm / constantfactor approximation algorithm / following algorithm / no-regret learning algorithm / wireless devices / no-swap-regret algorithms / beautiful distributed algorithm / arbitrary existing no-swap-regret algorithm / no-Φ-regret algorithm / power control using regret learning algorithms / scheduling algorithm / iterative distributed algorithm / regret-learning algorithms / /

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