… with previous approaches to error control in random linear network coding, eg, [… network
topology and to the particular linear network coding operations performed at the various network …

… that the network topology and the network code are known at the source and at the destination
nodes, in which case we call the system coherent network coding. … network coding. The …

… advantage over zero-error communication. Our proof is constructive: we show how to
transform any ε-error network code into a zero-error code at the price of a small loss in rate. As ε …

… network coding is the only type of coding used in practice and is thus of interest to this paper.
Algebraic linear network coding can be summarized as follows [7], [17]. Consider an edge …

… Thus, a natural code design question arises: can we design a network code that preserves
the communication efficiency of a random linear code and achieves better computational …

… end-to-end packet error rate. In this article, we show that network coding provides a means to
… networks—and, to the best of our knowledge, the first such implemented protocol to employ …

… network coding and the recent developments in terms of the mathematical tools to comprehend
linear network codes. … transmission at a controllable error rate, thanks to the NEC code. A …

… a noisy network under randomized linear network coding. Possible error mechanism include
node- or link- failures, Byzantine behavior of nodes, or an over-estimate of the network min-…

… In this subsection, we derive a simple lower bound on packet error rate for any cooperative
diversity system employing TDMA and a fixed transmit power constraint. The destination …

… multicast network, noisy network coding … network examples that noisy network coding
can outperform conventional compress-forward, amplify-forward, and hash-forward coding …