Adaptive modulation and coding for Long Term Evolution‐based mobile satellite communication system |
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| Authors: | Tae Chul Hong Sungmoon Yeo Sooyoung Kim Kun‐Seok Kang Bon‐Jun Ku |
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| Affiliation: | 1. Electronics and Telecommunications Research Institute, , Daejeon, 305‐700 Korea;2. Division of Electronics Information Engineering, Chonbuk National University, , Jeonju, 561‐756 Korea |
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| Abstract: | The adaptive modulation and coding (AMC) scheme is mandatory for modern wireless communication systems to overcome inevitable channel impairments. Many of the limitations using AMC are due to the long round‐trip delay of a satellite system. This paper proposes an efficient AMC scheme with power control and symbol interleaving that can be effectively applied to satellite systems. In particular, we focus on mobile satellite systems that have maximum compatibility in a Long Term Evolution system. Simulations reveal that the proposed scheme can provide a maximum 10.2% increase of average beam spectral efficiency and a maximum of 8‐dB power gain compared with a conventional AMC scheme. Copyright © 2012 John Wiley & Sons, Ltd. |
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| Keywords: | AMC LTE power control interleaver GEO satellite communication |
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