Practical user scheduling algorithms for the MIMO interference channel

This paper presents two practical user scheduling strategies for the M-cell Multiple-Input Multiple-Output Interference Channels (MIMO-IC). In the proposed schemes the transmitter selects the user with greater difference between the volume of the desired signal subspace and the volume of the interference subspace assuming only local channel knowledge at the Base Station. Simulation results show the effectiveness of the proposed algorithms achieving an improvement in with a moderate number of users in each cell compared to low complexity algorithms proposed in the literature. © 2015 IEEE.

Interference Alignment; Local CSI; User-scheduling Algorithms; Channel estimation; Channel state information; Computational complexity; MIMO systems; Scheduling; Scheduling algorithms; Channel knowledge; Interference alignment; Interference subspace; Local CSI; Low complexity algorithm; Mimo interference channels; Multiple input multiple output interference channels; User scheduling; Signal interference

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