Estado del arte, Asignación de Canales de Red Celular para Infraestructura de Medición Avanzada basado en Cadenas de Markov (State of Art, Channel Allocation of Cellular Network for Adavanced Metering Infrastrcture Based on Markov Chain)

Carolina Alexandra Vásquez Barba (, Esteban Inga (

1Universidad Politécnica Salesiana

This paper appears in: Revista IEEE América Latina

Publication Date: Jan. 2016
Volume: 14,   Issue: 1 
ISSN: 1548-0992

Increasing demand of cellular communication service and limit frequency spectrum that cellular network has, is a problem for to channel allocation. This paper provides a way to reuse the frequency spectrum in cellular network while this hasn't be used pated, for that exist much of the radio spectrum being inefficiently used in cellular network to occupy the Advanced Measurement Infrastructure (AMI) of this way achieving also optimize the infrastructure of communication getting in a spectrum two types of data to be handled by spectrum agents in charge of sharing among different networks. All this is achieved by using the cognitive network, which is able to dynamically adapt to the demand achieving meet the needs of the user according to the policies defined by the operator. The goal is to prove that it is possible to use the white spaces spectrum network in a manner reliably and securely by using a stochastic decision model and limiting its time of use.

Index Terms:
advanced metering infrastructure (AMI), cellular networks, markov chain, mobile allocation, random variable, smart grids, smart meter, stochastic process.   

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