The paper characterizes feasible utility regions in wireless networks via the spectral radius of nonlinear mappings and derives tractable sufficient conditions for identifying convex utility regions with implications for sum-rate optimization.
Characterization of the weak Pareto boundary of resource allocation problems in wireless networks–implications to cell-less systems
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Cellular, Cell-less, and Everything in Between: A Unified Framework for Utility Region Analysis in Wireless Networks
The paper characterizes feasible utility regions in wireless networks via the spectral radius of nonlinear mappings and derives tractable sufficient conditions for identifying convex utility regions with implications for sum-rate optimization.