The group order successive interference cancellation algorithm was proposed to mitigate interference for the different sub-groups and improve the system perfo.

Also,at the receiver,the single-carrier frequency-domain equalization and the successive interference cancellation(SIC) are used to combat with various interferences resul-ting from the frequency selective .

The proposed algorithm is based on the Gram-Schmitz orthonormalization of equivalent spread-spectrum codes and the successive interference cancellation (SIC).

This paper analyzes the limitations of successive interference canceller(SIC)for multi-user detection.

Based on the percentage amplitude mismatch,the approximate BER formula of the Successive Interference Canceller (SIC) is presented with the Gaussian approximation method,and the effect of the amplitude mismatch on the Bit Error Rate (BER) performance is discussed.

This paper studies how to adjust decoding orders to minimize outage probability in DS-CDMA systems with successive interference cancellation (SIC), considering the three real factors, i.

In DS-CDMA systems with Successive Interference Cancellation (SIC), the numbers of possible rate modes and decoding orders grow exponentially with the number of users.

A serial interference cancellation algorithm for MIMO detection based on column orthogonal transform;

To solve this problem,an improved log-normal error function CMA algorithm(ILNCMA) was proposed and applied into the ordered successive interference cancellation(OSIC) MIMO decision feedback equalization(DFE).

The ordered successive interference cancellation MIMO decision feedback equalization based on recursive least square algorithm (RLS-OSIC-DFE) was obtained by canceling decided symbols from the received symbols successively with the decision feed-forward equalizer (DFE) solution as a well known expression encountered in fast recursive least squares (RLS) adaptive algorithms.