PROJECT TITLE :

Routing-Aware Design of Indoor Wireless Sensor Networks Using an Interactive Tool

ABSTRACT:

During this paper, we tend to present an interactive style tool that may assist fast prototyping and deployment of wireless sensor networks for building automation systems. We argue that it is attainable to style networks that are additional resilient to failures and have longer lifetime if the behavior of routing algorithms (RAs) is taken into account at style time. Resiliency will be increased by algorithmically adding redundancy to the network at locations where it can be maximally leveraged by RAs during operation. Lifetime will be increased by placing routers where they are most needed per the expected knowledge traffic patterns to improve the quality of the transmission. The network synthesis problem is formulated as an optimization problem. We tend to propose a mixed-integer linear program to unravel it precisely and a polynomial-time heuristic that returns shut-to-optimal results in a shorter time. We analyze the performance of the designed networks by using OPNET simulation. Results show that our tool will assist in planning sensor networks that have high throughput and consume power efficiently.