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Maximum minimum throughput for MIMO system with optimum successive decoding under multi-user co-channel interference

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The maximal-minimal-limiting-throughput based power assignment (MMLTPA) and the joint MMSE equalization and power control with maximal-minimal-limiting-throughput based initial power assignment (JMEPC-MMLTIPA) algorithm are proposed for the MIMO system with optimum… Click to show full abstract

The maximal-minimal-limiting-throughput based power assignment (MMLTPA) and the joint MMSE equalization and power control with maximal-minimal-limiting-throughput based initial power assignment (JMEPC-MMLTIPA) algorithm are proposed for the MIMO system with optimum successive decoding (MIMO-OSD) under multi-user co-channel interference. MMLTPA is used to compensate for the large-scale path loss and the JMEPC-MMLTIPA algorithm employs MMLTPA in the initial power assignment so that it can compensate for the large-scale path loss at startup. Simulation results show that the JMEPC-MMLTIPA algorithm increases the minimal throughput per user of MIMO-OSD under multi-user co-channel interference.

Keywords: throughput; mimo; user channel; multi user; channel interference

Journal Title: Telecommunication Systems
Year Published: 2017

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