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Compact Constant Weight Coding Engines for the Code-Based Cryptography

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We present here a more memory efficient method for encoding binary information into words of prescribed length and weight. Existing solutions either require complicated float point arithmetic or additional memory… Click to show full abstract

We present here a more memory efficient method for encoding binary information into words of prescribed length and weight. Existing solutions either require complicated float point arithmetic or additional memory overhead, making it a challenge for resource constrained computing environment. The solution we propose here solves these problems yet obtains better coding efficiency by a memory efficient approximation of the critical intermediate value in constant weight coding. For the time being, the design presented in this brief is the most compact one for any code-based encryption schemes.

Keywords: compact constant; code based; weight; coding engines; weight coding; constant weight

Journal Title: IEEE Transactions on Circuits and Systems II: Express Briefs
Year Published: 2017

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