Electronic International Standard Serial Number (EISSN)
Anew constellation is designed for the multiuser noncoherent large-scale single-input multiple-output uplink system based on M-ary differential phase-shift keying, which is combined with a bit interleaved coded modulation-iterative decoding scheme for attaining improved performance. We conceive a new approach for constructing EXIT charts parameterized by the number of antennas used for optimizing the design. Finally, the system performance is analyzed and compared to previous work. This evaluation shows an overall improvement of two orders of magnitude demonstrating a dramatic reduction in the required number of antennas.
bicm-id; exit chart; large-scale mimo; massive mimo; non-coherent detection; decoding; receiving antennas; encoding; mimo; signal to noise ratio