Publication Type:

Conference Paper

Source:

2007 2nd International Conference on Pervasive Computing and Applications (2007)

Keywords:

Ad hoc networks, ad hoc wireless networking, ad hoc wireless sensor network, adaptive communication model, Algorithm design and analysis, Clustering algorithms, Communication model, computational modeling, Earth, large wireless sensor networks, Network servers, node distribution, Payloads, Pervasive computing, Scalability, Sensor networks, Wireless sensor networks

Abstract:

One of the most challenging aspects of ad hoc wireless networking is its scalability. Traditionally, using clusters has been an immediate solution. These algorithms do not promise that a network can scale well beyond 10,000 nodes. In this paper, we analyze different algorithms for various scenarios of an ad hoc wireless sensor network in terms of node distribution and propose an adaptive communication model. Using simulations, we study performance of the model in terms of density, size of network, payload and end-to-end delay. Our simulation results show that the proposed model can expand a sensor network up to 1,00,000 nodes.

Cite this Research Publication

Dr. Rajathilagam B. and Prakash, K. S. S., “An Adaptive Communication Model for Large Wireless Sensor Networks”, in 2007 2nd International Conference on Pervasive Computing and Applications, 2007.