Barry G. Evans

TL;DR: Simulation is the primary means for investigating the specific problem in the context of bandwidth on demand (BoD) geostationary satellite networks, and proposed transport-layer options and mechanisms for TCP performance enhancement are evaluated within a BoD-aware satellite simulation environment.

TL;DR: In this paper, an improved method for estimating the frequency of a single complex sinusoid in complex additive white Gaussian noise is proposed, which uses a modified version of the weighted linear predictor to achieve optimal accuracy at low/moderate SNR.

TL;DR: This paper proposes and evaluates a novel dense network deployment strategy for increasing the capacity of future cellular systems without sacrificing energy efficiency and compromising mobility performance and compares the proposed architecture with conventional macrocell only deployment and pure microcell‐based dense deployment in terms of blocking probability, handover probability and energy efficiency.

TL;DR: A generic radio resource management (RRM) strategy that takes into account both QoS and GoS requirements is defined and the efficiency of the proposed solutions is evaluated in the presented simulation results, advocating the feasibility of the overall approach.

TL;DR: This paper proposes a solution based on the center of gravity of users in each sector that enables to have a distributed and adaptive solution for interference coordination and enhances the adaptive distributed FFR scheme by employing cellular automata as a step toward achieving an emergent self-organized solution.