Abstract
Solutions that provide practical mobile peer networking have to date been ineffective for a number of reasons; these include challenges to address ubiquitous radio access networks, cost per bandwidth, as well as the spatial-temporal availability of each peer node within the mobile network. A new peer networking algorithm involving peer nodal hierarchies, traffic mapping and neural networks is proposed. Results show that the technique presents a remarkable network performance improvement over standard peer-to-peer networks. Comparisons with alternative peer topologies also show that the proposed solution exhibits higher performance in peer applications, suggesting better usage of the limitations present in mobile networks.
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