Performance Assessment of tree topology sensor network based on scheduling algorithm for overseeing high-rise building structural health information

Abstract

Wireless sensor network (WSN) is the new invention applied for detecting the damage of the high-rise building structural health. The research has been focused in the early age and curing phase period. The objective of this article is to provide a solution to find out the optimum throughput, queue loss and queue size mechanism technique for tree topology sensor network in high-rise civil building structural health. Sensor technology offers new opportunities to advance monitoring for civil large building infrastructure health and maintenance by providing relevant information regarding the condition of high-rise building structure strength at a light price compared with traditional monitoring tactics. To cover the whole patient area, sensor network topology is one of the most important issues. From all investigation result shows that, queue loss of the FQ (fair queuing) buffer mechanism with Newreno, Reno, Tahoe and Vegas based tree topology network offer optimum buffering technique when Vegas DT (drop tail), SFQ (stochastic fair queuing) delivered the same output. On the other hand, Vegas based TCP (transmission control protocol) mechanism with any scheduling algorithm provides the optimum throughput tree topology sensor network.