
Index coding is a canonical problem in network informa-tion theory that studies the fundamental limit and optimal coding schemes for broadcasting multiple messages to re-ceivers with …
Index codes reduce the number of bits broadcast by a wireless transmitter that wishes to satisfy the different demands of a number of receivers with side information in their caches. Fig. 1 …
In this paper, we attempt to bring this idea \home", by applying the understanding of the principles of interference alignment, into the original setting | the index coding problem. The essence of …
For any network coding problem, one can construct an index coding problem and an integer L such that given any linear network code, one can efficiently construct a linear index code of …
A Short Introduction to Index Coding with Side Information. Bar-Yossef etal.’ Conjecture Definition (Capacity) a (t,k)-IC: broadcast k q-ary symbols; xi ∈ Ftq a (t,k)-IC: t/k is the rate …
“Information flow on a network” is a common framework for studying the transmission of information via a network. general very hard problems to solve. information flow problems. The …
Index Coding, Network Coding and Broadcast with Side-Information …
Jan 30, 2018 · We describe recent advances on the index coding problem and its generalizations in the context of broadcast with side-information. The two main approaches to bounding the …
An index code example. | Download Scientific Diagram
Index codes reduce the number of bits broadcast by a wireless transmitter to a number of receivers with different demands and with side information. It is known that the problem of …
Fundamentals of Index Coding | Now Foundations and Trends …
Fundamentals of Index Coding gives the reader a concise, yet comprehensive, overview of the work undertaken on this important topic; its relationship to adjacent areas and lays the …
Given any network coding problem, one can construct an index coding problem and an integer L such that given any network code, one can efficiently construct a index code of length L, and …