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M.Tech / M.E / PhD Thesis | Electronics & Communication Engineering | India | Volume 5 Issue 4, April 2016
Multilevel Channel Conflicts with Robust Addressing Protocol in Mobile Ad Hoc Networks
Shweta A Mane [2] | Sanjay S Pawar [3]
Abstract: Ad Hoc networks are the networks that have mobile nodes which communicate with each other through wireless medium without any fixed infrastructure. MANET is a type of ad hoc network that has no centralized control and consists of mobile platforms which are free to move arbitrarily. In mobile ad hoc network, the nodes are mobile and inter-node connectivity may change frequently during normal operation. The MANET has a problem of sending the number of multilevel channels to one network to another network. Also, address assignment for each node in the MANET is a key challenge due to the lack of infrastructure. Finally this problem makes addressing collisions and multilevel channel conflicts. To overcome the address collisions and multilevel channel conflicts, we propose the tumbling multilevel channel conflicts and Filter based addressing protocol. Channel allowance is an elementary affair of resource activity that aggregates the comprehension and extent of attendants. As dormant channel apportionment misses the heuristic applications to allot the channels to the cages headed channel assignment behaves beneficially inferior leaden traffic. Address assignment is a key challenge in ad hoc networks due to the lack of infrastructure. Autonomous addressing protocols require a distributed and self-managed mechanism to avoid address collisions in a dynamic network with fading channels, frequent partitions, and joining/leaving nodes. We propose and analyze a lightweight protocol that configures mobile ad hoc nodes based on a distributed address database stored in filters that reduces the control load and makes the proposal robust to packet losses and network partitions. We evaluate the performance of our protocol, considering joining nodes, partition merging events, and network initialization.
Keywords: Mobile Ad Hoc Networks, Channel conflicts, frequency reuse, auto-configuration protocol, address collision, network management
Edition: Volume 5 Issue 4, April 2016,
Pages: 645 - 648