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Quantum Information Processing

, 16:148

First Online: 25 April 2017Received: 23 September 2016Accepted: 21 March 2017DOI: 10.1007-s11128-017-1578-y

Cite this article as: Hasanpour, M., Shariat, S., Barnaghi, P. et al. Quantum Inf Process 2017 16: 148. doi:10.1007-s11128-017-1578-y

Abstract

This paper presents a novel approach in targeting load balancing in ad hoc networks utilizing the properties of quantum game theory. This approach benefits from the instantaneous and information-less capability of entangled particles to synchronize the load balancing strategies in ad hoc networks. The quantum load balancing QLB algorithm proposed by this work is implemented on top of OLSR as the baseline routing protocol; its performance is analyzed against the baseline OLSR, and considerable gain is reported regarding some of the main QoS metrics such as delay and jitter. Furthermore, it is shown that QLB algorithm supports a solid stability gain in terms of throughput which stands a proof of concept for the load balancing properties of the proposed theory.

KeywordsQuantum game Entangled particles Quantum strategies Load balancing Ad hoc networks Traffic balancing 



Autor: M. Hasanpour - S. Shariat - P. Barnaghi - S. A. Hoseinitabatabaei - S. Vahid - R. Tafazolli

Fuente: https://link.springer.com/







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