Towards the performance and energy efficiency comparison of spatial modulation with conventional single-antenna transmission over generalized fading channels
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In this paper, we present a performance and energy efficiency comparison of the recently devised single RF Multiple- Input-Multiple-Output (MIMO) concept of Spatial Modulation (SM) with the conventional single-antenna transmission method with receive Maximum Ratio Combining (MRC), which we denote as single-antenna/MRC, for different types of fading channels. In particular, the fading channels that are examined are: i) Rayleigh, ii) Nakagami- m , and iii) Weibull. Results that are based on Monte Carlo simulations show two main findings: i) the severity of fading has a big impact on the relative signal-to- noise (SNR) difference and energy efficiency gain between these two schemes for a target average bit error probability (ABEP); ii) the more severe the fading is, the more suitable SM tends to be with respect to the single antenna/MRC, according to the energy per bit required to achieve a particular low target ABEP.
CitacióNtontin, K. [et al.]. Towards the performance and energy efficiency comparison of spatial modulation with conventional single-antenna transmission over generalized fading channels. A: IEEE International Workshop on Computer-Aided Modeling Analysis and Design of Communication Links and Networks. "2012 IEEE 17th International Workshop on Computer Aided Modeling and Design of Communication Links and Networks (CAMAD)". Barcelona: 2012, p. 120-124.
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