Coding theorems of classical and quantum information theory
Author(s)
Bibliographic Information
Coding theorems of classical and quantum information theory
（Texts and readings in mathematics, 45）
Hindustan Book Agency, c2013
2nd ed
Available at / 5 libraries
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Library, Research Institute for Mathematical Sciences, Kyoto University数研
PAR||13||6200026166020
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Note
Includes bibliographical (p. [171]-174) references and index
Description and Table of Contents
Description
The aim of this little book is to convey three principal developments in the evolution of modern information theory: Shannon's initiation of a revolution in 1948 by his interpretation of Boltzmann entropy as a measure of information yielded by an elementary statistical experiment and basic coding theorems on storing messages and transmitting them through noisy communication channels in an optimal manner; the influence of ergodic theory in the enlargement of the scope of Shannon's theorems through the works of McMillan, Feinstein, Wolfowitz, Breiman and others and its impact on the appearance of the Kolmogorov-Sinai invariant for elementary dynamical systems; and finally, the more recent work of Schumacher, Holevo, Winter and others on the role of von Neumann entropy in the quantum avatar of the basic coding theorems when messages are encoded as quantum states, transmitted through noisy quantum channels, and retrieved by generalized measurements.
Table of Contents
1 Entropy of Elementary Information 2 Stationary Information Sources 3 Communication in the Presence of Noise 4 Quantum Coding 5 Quantum Error Correction Bibliography Index
by "Nielsen BookData"
