R. A. Berry, "Power and delay trade-offs in fading channels," PhD Dissertation, Massachusetts Institute of Technology, Department of Electrical Engineering and Computer Science, June 2000. Home/Search Document Details and Download
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Communication Over Fading Channels With Delay Constraints - Berry, Gallager (2002) (9 citations) Self-citation (Berry) (Correct)
....coherence time. This is done in [14] under the assumption that the transmitter has non causal CSI for the entire channel realization over which each codeword is to be sent; in this case these ideas extend directly. Some discussion of the case where the transmitter has causal CSI is discussed in [17]; this situation is somewhat more problematic. In the following we will focus on the single block case, mainly to simplify notation. We defined the above capacities as the maximum of a mutual information rate for a given power constraint. In the following it will be more useful to think of the ....
....the mutual information rate over the N channel uses Since a codeword is sent in one channel block, then clearly we must have N 1. This assumption may be relaxed, allowing for codewords that span K 1 blocks. To do this requires a careful consideration of how one selects the rate of a codeword[17]. More generally, Un could be chosen based on the sequence of buffer, channel and source states up to time n, but for the Markov decision problem considered below there is no benefit in this. n 1 n n 1 A S n n 1 Fig. 2. Buffer dynamics. is equal to u=N . We assume that the receiver knows ....
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R. Berry, Power and Delay Trade-offs in Fading Channels. PhD thesis, Massachusetts Institute of Technology, Cambridge, MA, June 2000.
Some Dynamic Resource Allocation Problems in Wireless Networks - Berry (2001) Self-citation (Berry) (Correct)
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R. Berry, Power and Delay Trade-offs in Fading Channels. PhD thesis, Massachusetts Institute of Technology, 2000.
A Distributed Scheme for Achieving Energy-Delay Tradeoffs.. - Coleman, Medard (Correct)
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R. A. Berry, "Power and delay trade-offs in fading channels," PhD Dissertation, Massachusetts Institute of Technology, Department of Electrical Engineering and Computer Science, June 2000.
A Simple Packet Transmission Scheme for Wireless Data over.. - Wang, Mandayam (Correct)
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R. A. Berry, Power and Delay Trade-offs in Fading Channels. Ph.D. Thesis, Massachusetts Institute of Technology, June, 2000.
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