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Differential network coding in wireless networks
2009 IEEE 17th Signal Processing and Communications Applications Conference, 2009In this paper a three-terminal communication scenario where two users exchange information by employing differential binary modulation and network coding via a relay is considered. The transmission is divided into three slots in time where the first and second slots are allocated to the transmission of differential encoded data of the users.
Ozdemir, Ozgur, Yilmaz, Ali Ozgur
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2018
On the cusp of the 1980s personal computers became affordable for the first time. Apple and IBM in the USA and Sinclair in the UK released computers that allowed users access to computerised word processing for the first time on a grand scale, and computers began to replace typewriters as the tool of choice for authors.
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On the cusp of the 1980s personal computers became affordable for the first time. Apple and IBM in the USA and Sinclair in the UK released computers that allowed users access to computerised word processing for the first time on a grand scale, and computers began to replace typewriters as the tool of choice for authors.
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Algebraic codes for network coding
Problems of Information Transmission, 2009zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Gabidulin, E. M., Bossert, M.
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Iterative Coding for Network Coding
IEEE Transactions on Information Theory, 2013We consider communication over a noisy network under randomized linear network coding. Possible error mechanisms include node- or link-failures, Byzantine behavior of nodes, or an overestimate of the network min-cut. Building on the work of Kotter and Kschischang, we introduce a systematic oblivious random channel model.
Andrea Montanari, Rüdiger L. Urbanke
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2018
The seminal paper of Koetter and Kschischang [11] introduced coding concepts for errors and erasures in a random network coding setting and since then has opened a major research area in communication technology. Here, the network is allowed to change very quickly, which is the case in many mobile applications.
Napp, Diego, Santana, Filipa
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The seminal paper of Koetter and Kschischang [11] introduced coding concepts for errors and erasures in a random network coding setting and since then has opened a major research area in communication technology. Here, the network is allowed to change very quickly, which is the case in many mobile applications.
Napp, Diego, Santana, Filipa
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Subspace codes and network coding
2011 12th Canadian Workshop on Information Theory, 2011In classical coding theory, information transmission is modeled as vector transmission: the transmitter sends a vector, the receiver gathers a vector possibly perturbed by noise, and the coding problem is to design a codebook having a large minimum distance between vectors.
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2002
In Chapter 11, we have discussed the single-source network coding problem in which an information source is multicast in a point-to-point communication network. The maximum rate at which information can be multicast has a simple characterization in terms of the maximum flows in the graph representing the network.
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In Chapter 11, we have discussed the single-source network coding problem in which an information source is multicast in a point-to-point communication network. The maximum rate at which information can be multicast has a simple characterization in terms of the maximum flows in the graph representing the network.
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Convolutional codes for network coding
research@ua, 2018No abstract available.
Napp, D., Pinto, R., Sidorenko, V.
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