Stochastic characterization of the two band two player spectrum sharing game

1) Influence of the interference power: We first evaluate how the amount of interference affects the behavior of two players by examining how their average utilities evolve with

The aim of this paper is to explore potentially fruitful links between the Random Matrix and the Markov Chains literature, by studying the spectrum of reversible Markov chains

In this paper, we have proposed and evaluated different multi-antenna techniques and a carrier allocation solution specifically designed to be applied in hybrid terrestrial-satellite

Then, in a cognitive context with the presence of primary and secondary operators, the inter-operator spectrum sharing problem is reformulated as a Stackelberg game using

First, we model this problem as a strategic non-cooperative game where operators simultaneously share the spectrum according to the Nash Equilibrium (N.E).. Given a set of

frequencies or wavenumbers is markedly influenced by the second harmonics of the basic wave, the trace of which is visible in our case at the frequency 105 kHz Nevertheless

They allowed an arbitrary number of chunks and analysed the corresponding deterministic large system limit (see Section 2) with the following remarkable result: if each new

In this section I give a proof that with photon counting detector measurements of the total number of trans- mitted photons with two spectra, pileup does not affect invertibility..