Abstract
Ms. Uma K. Thakur, Dr. C. G. Dethe
Performance of algorithms in hybrid wireless network routing environments depends on end to end communication delay. Due to the fact that the end to end communication delay includes delay needed for finding the routing path & delay needed for actual routing. This delay increases exponentially as number of nodes increases, and can only be controlled till a certain network size, after which it is not optimum to use the underlying routing protocol, and change it in order to reduce the route computational delay. Thus, in order to provide improvement in Quality of Service (QoS) of hybrid wireless networks we need to off load this complex computational task to a high power and dedicated entity, which will be solely responsible for high speed route calculations. In this paper, we propose a cloud-based routing algorithm, which utilizes the compute layer of the cloud in order to optimize the end to end communication delay, reduce the energy consumption, improve the network throughput and reduce the end to end communication delay jitter of the wireless networks.
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