Abstract/Description
Mobile Ad Hoc Networks is dynamic multi-hop network that is formed by a set of mobile wireless nodes that are sharing the same bandwidth. So every node possibly acts as a host as well as a router. In traditional networks, hosts can depend on the central servers like DHCP for IP assignment and management, but it cannot be extended to MANET due to its distributed and dynamic nature. Many solutions have been proposed, amongst them some are try to extend the stateless configuration of IPv6 for MANET; others distribute IP addresses among nodes (using binary distribution). Most of these proposed solutions have lag consideration of network partitioning and merging. Our proposed solution not only caters the need of configuration but also covers the issues of network partitioning and merging by introducing extension to OLSR protocol.
Keywords
Intelligent networks, Mobile ad hoc networks, Protocols, Ad hoc networks, Merging, Partitioning algorithms, Computer networks, Computer aided software engineering
Location
Crystal Ball Room A, Hotel Pearl Continental, Karachi, Pakistan
Session Theme
Poster Session A: Wireless Networks [WN]
Session Type
Poster Session
Session Chair
Dr. Sohail H. Naqvi
Start Date
28-8-2005 12:30 PM
End Date
28-8-2005 12:50 PM
Recommended Citation
Saleem, M., & Mukhtar, S. (2005). Poster Session A: Address Auto-configuration in mobile ad hoc networks using OLSR. International Conference on Information and Communication Technologies. Retrieved from https://ir.iba.edu.pk/icict/2005/2005/17
Poster Session A: Address Auto-configuration in mobile ad hoc networks using OLSR
Crystal Ball Room A, Hotel Pearl Continental, Karachi, Pakistan
Mobile Ad Hoc Networks is dynamic multi-hop network that is formed by a set of mobile wireless nodes that are sharing the same bandwidth. So every node possibly acts as a host as well as a router. In traditional networks, hosts can depend on the central servers like DHCP for IP assignment and management, but it cannot be extended to MANET due to its distributed and dynamic nature. Many solutions have been proposed, amongst them some are try to extend the stateless configuration of IPv6 for MANET; others distribute IP addresses among nodes (using binary distribution). Most of these proposed solutions have lag consideration of network partitioning and merging. Our proposed solution not only caters the need of configuration but also covers the issues of network partitioning and merging by introducing extension to OLSR protocol.
