Study and Analysis of the Capacity of Ad Hoc Wireless Networks using Mobility and Delay

with a cellular architecture of 𝑚 base stations, it is investigated that each wireless node can be realized with a throughput that  By employing a practical and simple routing policy to study and analyze the capacity using mobility and delay of an ad-hoc wireless network and  consisting of 𝑛 static wireless nodes overlaid scales  sub linearly or linearly with 𝑚., The analysis shows that one requires  a  large  deployment cost  in  order  to  achieve  a  Θ(1) capacity.  Existing research works also indicate that for pure mobile ad hoc networks, a capacity of Θ(1) can be achieved by exploiting the mobility of the nodes, at the expense of very high end-to-end delay. This larger delay, nevertheless, stems from the assumption of global mobility, where nodes move around the entire network. By leveraging  a  more practical and restricted mobility model, it is analyzed the capacity using mobility and delay ad-hoc wireless network design with 𝑛 mobile nodes and 𝑚 base stations, termed as mobile hybrid wireless network. This results show that each node can be realized with a capacity of Θ (1), while keeping the average end-to-end delay smaller by a factor of 𝑚 than the pure mobile ad hoc networks.

©2013 International Journal of Computer Science and Applications 

Published by Research Publications, India