An Optimized Network Design System for Mobile Adhoc Networks
R. Poonguzhali · 2013
Mobile adhoc networks (MANET) works by taking a specification of network requirements and objectives, and allocates resources, it satisfies the input constraints and maximizes the communication performance objectives. It explores power control, flow control, scheduling, mobility and uncertainty in the communication channel models. In this project, an efficient and reliable control methods has been used in order to meet the requirements with a novel network design algorithm, aggregating existing approaches, and providing a general framework for a network designer to test new proposed resource allocation methods. It has an high-level view of the OMAN architecture, review specific mathematical models used in the network representation, and shows how OMAN is used to evaluate tradeoffs in MANET design for power consumption. While simulation is an important part of measuring the effectiveness of implemented optimization techniques, the novelty and focus of OMAN is on proposing novel network design algorithms, aggregating existing approaches, and providing a general framework for the network design to test out the resource allocation methods.