Channel coding for satellite mobile channels | Zendy

Wong K. H. H. | Zendy; Hanzo L. | Zendy; Steele R. | Zendy

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Channel coding for satellite mobile channels

Author(s) -

Wong K. H. H.,

Hanzo L.,

Steele R.

Publication year - 1989

Publication title -

international journal of satellite communications

Language(s) - English

Resource type - Journals

eISSN - 1099-1247

pISSN - 0737-2884

DOI - 10.1002/sat.4600070306

Subject(s) - computer science , convolutional code , interleaving , coding gain , algorithm , concatenated error correction code , viterbi decoder , decoding methods , rayleigh fading , phase shift keying , turbo code , forward error correction , fading , block code , bit error rate , speech recognition , operating system

The deployment of channel coding and interleaving to enhance the bit‐error performance of a satellite mobile radio channel is addressed for speech and data transmissions. Different convolutional codes (CC) using Viterbi decoding with soft decision are examined with inter‐block interleaving. Reed‐Solomon (RS) codes with Berlekamp‐Massey hard decision decoding or soft decision trellis decoding combined with block interleaving are also investigated. A concatenated arrangement employing RS and CC coding as the outer and inner coders, respectively, is used for transmissions via minimum shift keying (MSK) over Gaussian and Rayleigh fading channels. For an interblock interleaving period of 2880 bits, a concatenated arrangement of an RS(48,36). over the Galois field GF(256) and punctured PCC(3,1,7) yielding an overall coding rate of 1/2, provides a coding gain of 42dB for a BER of 10 −6 , and an uncorrectable error detection probability of 1–10 −9 .

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