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D2PAMN:: Distributed dynamic power and error control algorithm for mobile networks
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DOI：10.1109/MASCOT.1998.693709.png)
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One critical issue in wireless systems is the efficient encoding of data in the presence of noise and Rayleigh fading. We analyze Automatic Repeat reQuest (ARQ) - selective repeat and Forward Error Correction control (FEC) algorithms using Markov chain model for mobile systems that can optimize the amount of battery energy consumed by transmitters. In this paper; we introduce an enhanced distributed algorithm which dynamically balances the combination of FEC and ARQ. The algorithm is shown to be suitable for both real time and non-real time multimedia environments. Extensive simulation indicates that our proposed algorithm outperforms existing schemes solely based on either FEC or ARQ and demonstrates the usefulness of our novel scheme.
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