Efficient Radio Resource Management and Transceiver Signal Processing for 5th Generation Cellular Networks and Beyond

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The general objective of this proposal is the development of reduced-complexity radio resource management and transmitter/receiver signal processing techniques and algorithms for the design of future broadband wireless systems, cost-efficiently enabling very high throughput, very low latency, spectrally and power efficient access to the backbone network for mobile users of data and multimedia services. The scope of the proposal encompasses several interconnected rapidly developing areas in cellular-network-focused wireless communications research: (1) robust reduced-complexity radio resource allocation and interference management algorithms for  coordinated dense heterogeneous MIMO (multiple-input multiple-output) cellular networks; (2) cost and performance-efficient signal processing and resource management techniques for massive MIMO, robust to implementation imperfections; (3) heterogeneous MIMO networks with massive MIMO at the macrocell tier.