![]() ![]() Network coded wireless network with multiple unicasts. We also present a distributed strategy for reducing the power consumption in a Tended this to obtain a polynomial time greedy algorithm for the general problem That approximately minimizes the number of transmissions for two unicasts and ex. This scheme on a wireless triangular grid network. Transmissions and the corresponding power consumption. We consider a simple XOR-īased coding strategy, reverse carpooling, which can be used to reduce the number of ![]() The power consumption for wireless multiple unicasts. Mizing the use of various network resources. In the first part of this thesis, we demonstrate the benefits of network coding for opti. Then from Lemma 3.21, rate CI is achievable. S ∞ B1 ∞ B2 Bk−1 ∞ Bk A1 ∞ A2 ∞ A3 Ak ∞ Uįigure 3.11: k-layer zig-zag network: given the cutcut( from Lemma 3.19 and 3.20.įor any subset I ∈ Q, we ignore all feedback links except the feedback links in Wi such that i∈I. Under which our upper bound is tight and derive a general achievable bound. The behavior of any cut with k feedback links more accurately. In this section, we consider a more general family of zig-zag networks which capture ![]()
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