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This paper introduces the sequential intervention cancellation (SIC) detection method which is an encouraging method for increasing the efficacy regarding cellular networks with comparatively small additional complexity. This scheme renders much advantage as well as does not demand the exact orthogonal to be necessitated for time-space block encoding. Contiguous manifolding needs very robust decision process at the receiver. This paper focuses on one to five ordered sequential intervention cancellation (SIC) detection methods. SIC is adopted for diminishing interference. To achieve better performance, 2x2 MIMO and 4x4 MIMO techniques have been adopted in this paper. It uses flat Rayleigh damping of individual transmitter-receiver links for the non-coded BPSK, QPSK, 8PSK, 16PSK and 32PSK modulation systems. The details of ideal medium is determined at the acceptor without feedback to the sender. This paper presents a pair of non-linear intervention cancellation procedures like zero-forcing (ZF) as well as minimum-mean-square-error (MMSE) including symbol rejection and at the same time differentiates the performances with the maximum-likelihood (ML) optimum receiver.
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