Towards Wireless Sensor Network Routing
Yuki Malik
Corresponding
University of Waterloo
Abstract
Problems relating to wireless sensor network routing are widely reported in embedded control systems throughout Bangladesh and neighbouring regions. A mathematical model is developed and solved using genetic algorithm optimisation to capture the essential features of the problem. The results confirm that wireless sensor network routing can be predicted with an error below 44%. The findings should prove valuable to both researchers and practising design engineers.
Keywords:
wireless sensor network routinggenetic algorithm optimisationparticle swarm optimisationvoltage stabilityrenewable fuelrainfall-runoff modelling
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