Abstract
By manipulating both binary and non-binary resilient functions, a novel approach for generating security codes is introduced and their threshold probabilities are derived, which provides the security condition proof for the proposed security codes. In particular, by taking advantage of matrix general inverse algorithms the encoding method of the proposed security codes is derived and is practically implementable due to low complexity. Experiments are conducted to examine the proposed security codes and the security system over Binary Symmetric Channel (BSC).
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