A Novel Approach for Scheduling in STDMA for High-Throughput Backbone Wireless Mesh Networks Operating within 60-80 GHz

This work proposes a novel approach to centralized scheduling in Spatial TDMA (STDMA) for a new class of high-throughput backbone broadband wireless mesh networks operating within 60-80 GHz. The approach is based on granted-to-requested ratio maxmin optimization criterion. During a research work, a centralized gradient algorithm for an optimal schedule construction was developed and its polynomial convergence was proven. The paper outlines key features of the high-throughput wireless mesh networks class under development, contains the scheduling problem formulation and introduces the polynomial algorithm for optimal resource allocation.