IEEE Transactions on Information Theory · 1985 · 126 citations · 9 references
EngineeringElectrical EngineeringDigital CommunicationInformation TheoryProbability TheoryChannel CodingCoding TheoryError Control CodingError-correcting CodesInformation-theoretic CryptographyBounds On CodesChannel Coding TheoremsCode BoundsError BoundsError ExponentsExponential Error ModelsRandom Coding BoundsReliability Function
Random codes for the arbitrarily varying channel are investigated. The code ensemble is restricted to increase only exponentially with codeword length; a quantity called key rate is used as a measure of the rate of increase. The reliability function for such codes is related to the reliability function for codes with unlimited key rate. Explicit results are obtained in some examples of practical interest.
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Information Theory and Reliable Communication
David A. Bell · Electronics and Power · 1969 · 4K citations