On the Impact of Routers' Controlled Mobility in Self-Deployable Networks
Résumé
A substitution network is a temporary network that self-deploys to dynamically
replace a portion of a damaged infrastructure by means of a fleet of mobile
routers. In this paper, we evaluate the performance of a previous
self-deployment scheme, adaptive positioning algorithm (APOLO), for
substitution networks and we show the benefit of the controlled mobility in such
a network. To that end, we evaluate APOLO in terms of throughput under several
scenarios and different metrics. These results constitute a comprehensive
evaluation of APOLO and enable to envision new ways of optimization and future
paths of research. We prove that APOLO is an efficient
deployment and redeployment algorithm for mobile relay networks.
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