Subventions et des contributions :

Subvention ou bourse octroyée s'appliquant à plus d'un exercice financier. (2017-2018 à 2018-2019)

The demand for two-way radio communication has increased dramatically and this growth trend is expected tox000D
continue. Our industry partner for this project, Tridon Communications, operates a two-way radiox000D
communications network and currently it faces the challenge of optimizing the number of radio channels at thex000D
different sites in order to maximize the satisfaction of its customers while efficiently utilizing the given totalx000D
number of radio channels. Also, it lacks a solid methodology to make decisions on network dimensioning andx000D
extending the network infrastructure in a cost-effective manner. The proposal is to develop a learning-basedx000D
method for traffic estimation and admission control for Tridon's two-way radio communication system. Thisx000D
method, which will be delivered to Tridon as a set of algorithms and/or software modules, will be used byx000D
Tridon to optimize its network performance by efficiently utilizing the radio channels and controllingx000D
admission of the users into the network while satisfying their communication performance requirements. Also,x000D
the method will be used for network dimensioning and expansion of the currently deployed system. The projectx000D
will benefit this Canadian Company to offer two-way radio communication services in a competitive price withx000D
customers' satisfaction.