Exploiting Entire GSSK Antenna Combinations in MIMO Systems


We tend to propose to boost the spatial potency and lower the symbol error rate (SER) of generalized house shift keying (GSSK) modulation through exploiting the entire antenna combos. Conventional GSSK modulation bridges the binary sequence to the usually non-power-of-two antenna combinations through mounted one-on-one mapping that terribly often renders a nice proportion of antenna combinations unused. In this paper, we have a tendency to style an unequal rate encoding (URE) theme to exploit entire GSSK antenna mixtures with completely different rate pre-mapping encoders to achieve the spatial potency. While not degrading transmission rates, an URE scheme improves SER with low decoding complexity in GSSK MIMO systems.

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