PROJECT TITLE :

A Secure Addressing Scheme for Large-Scale Managed MANETs

ABSTRACT:

In this paper, we have a tendency to propose a coffee-overhead identity-based mostly distributed dynamic address configuration scheme for secure allocation of IP addresses to authorized nodes of a managed mobile impromptu network. A new node can receive an IP address from an existing neighbor node. Thereafter, every node in a network is able to get a group of unique IP addresses from its own IP address, which it will further assign to more new nodes. Due to lack of infrastructure, except for security issues, such kind of networks poses many design challenges like high packet error rate, network partitioning, and network merging. Our proposed protocol takes care of those problems incurring less overhead as it does not need any message flooding mechanism over the entire MANET. Performance analysis and simulation results show that even with added security mechanisms, our proposed protocol outperforms similar existing protocols.