| E. M. Royer, Y. Sun, and C. Perkins. Global Connectivity for IPv4 Mobile Ad hoc Networks. In www.cs.ucsb.edu/ ebelding/txt/globalv4.txt. Mobile Ad Hoc Networking Working Group, November 14 2001. Internet Draft. |
....or infinity. Every time the paths to a netmark fail due to link failures, the nodes can send RERRs to active predecessors, which travel upstream. When a node looses its route for a netmark, it starts the route discovery mechanism, irrespective of the presence of traffic for netmarks. Royer et al. [10] have suggested a similar foreign agent discovery mechanism using AODV where routes for foreign agents are discovered irrespective of the presence of traffic. However, routes for foreign agents are not maintained differently from the routes to common nodes. The dynamic source routing (DSR) ....
E. M. Royer, Y. Sun, and C. Perkins. Global Connectivity for IPv4 Mobile Ad hoc Networks, 2001. draft-ietf-manetglobalv4 -00.txt.
No context found.
E. M. Royer, Y. Sun, and C. Perkins. Global Connectivity for IPv4 Mobile Ad hoc Networks. In www.cs.ucsb.edu/ ebelding/txt/globalv4.txt. Mobile Ad Hoc Networking Working Group, November 14 2001. Internet Draft.
No context found.
E. M. Royer, Y. Sun, and C. Perkins. Global Connectivity for IPv4 Mobile Ad hoc Networks. In www.cs.ucsb.edu/ ebelding/txt/globalv4.txt. Mobile Ad Hoc Networking Working Group, November 14 2001. Internet Draft.
No context found.
E. M. Belding-Royer, Y. Sun, and C. E. Perkins. Global Connectivity for IPv4 Mobile Ad hoc Networks. Internet draft, IETF, draft-royer-manet-globalv4-00.txt, Nov. 2001.
No context found.
E.M. Belding-Royer, Y. Sun and C.E. Perkins. Global Connectivity for IPv4 Mobile Ad Hoc Networks. Internet-Draft, November 2001. draft-royer-manet-globalv4-00.txt - Workin -progress.
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