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  • Since their appearance in 1993, first approaching the Shannon limit, turbo codes gave a new direction in the channel encoding field, especially since they have been adopted for multiple telecommunication norms. To obtain an excellent performance, it is necessary to design a robust turbo code interleaver. We are using genetic algorithms as an optimization method to find a well-performing interleaver for large frame sizes. In this paper, we introduce a novel evolutionary method for interleaver optimization, compare the proposed method with several previous approaches and present experimental results. We compare the results obtained for two fitness functions: the bit error rate measured after simulated transmission of information and the analytically estimated maximum free distance.
  • Since their appearance in 1993, first approaching the Shannon limit, turbo codes gave a new direction in the channel encoding field, especially since they have been adopted for multiple telecommunication norms. To obtain an excellent performance, it is necessary to design a robust turbo code interleaver. We are using genetic algorithms as an optimization method to find a well-performing interleaver for large frame sizes. In this paper, we introduce a novel evolutionary method for interleaver optimization, compare the proposed method with several previous approaches and present experimental results. We compare the results obtained for two fitness functions: the bit error rate measured after simulated transmission of information and the analytically estimated maximum free distance. (en)
Title
  • On Turbo Code Interleavers Optimized by Bit Error Rate Evolution and Free Distance Evolution
  • On Turbo Code Interleavers Optimized by Bit Error Rate Evolution and Free Distance Evolution (en)
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  • On Turbo Code Interleavers Optimized by Bit Error Rate Evolution and Free Distance Evolution
  • On Turbo Code Interleavers Optimized by Bit Error Rate Evolution and Free Distance Evolution (en)
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  • RIV/61989100:27240/09:00020973!RIV13-GA0-27240___
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  • P(GA102/09/1494)
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  • 331621
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  • RIV/61989100:27240/09:00020973
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  • genetic algorithms, interleaver optimization, turbo codes (en)
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  • [A5D0133C3A6A]
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  • Petrohrad
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  • New York
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  • 2009 International Conference on Ultra Modern Telecommunications and Workshops
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  • Krömer, Pavel
  • Platoš, Jan
  • Snášel, Václav
  • Ouddane, Nabil
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  • IEEE
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  • 978-1-4244-3941-6
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  • 27240
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