This is a complete presentation of all important theoretical and
experimental work done on low-density codes. Low-density coding is
one of the three techniques thus far developed for efficient
communication over noisy channels with an arbitrarily low
probability of error.A principal result of information theory is
that if properly coded information is transmitted over a noisy
channel at a rate below channel capacity, the probability of error
can be made to approach zero exponentially with the code length.
Any practical use of this theorem, however, requires a coding
scheme in which the cost of storage and computation equipment grows
slowly with code length. The present book analyzes a class of
coding schemes for which costs grow approximately linearly with
code length. It demonstrates that error probability approaches zero
exponentially with a root of the block length and cites
experimental evidence that this coding scheme has profitable
aplicability in many communications situations.
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