Shoichiro YAMASAKI, Tomoko K. MATSUSHIMA, Kyohei ONO, Hirokazu TANAKA
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Variable-Length Orthogonal Codes over Finite Fields Realizing Data Multiplexing and Error Correction Coding Simultaneously
The present study proposes a scheme in which variable-length orthogonal codes generated by combining inverse discrete Fourier transform matrices over a finite field multiplex user data into a multiplexed sequence and its sequence forms one or a plural number of codewords for Reed-Solomon coding. The proposed scheme realizes data multiplexing, error correction coding, and multi-rate transmitting at the same time. This study also shows a design example and its performance analysis of the proposed scheme.
期刊介绍:
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(1) Reports on new theories, experiments with new contents, or extensions of and supplements to conventional theories and experiments.
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