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In proactive routing protocols (such as OLSR) nodes flood their neighborhood information to the entire network. Every node then constructs a topology map which represents its view of the network. This map is taken as a basis to compute the ??best?? path to the destination. Inaccurate topology information may result in one of the following: a) packets may be sent in a path that no longer exists; b)...
The network-centric future force must support a large and diverse group of communication nodes. While much network design in networks such as future combat systems (FCS) and warfighter information network- tactical (WIN-T) can be done using existing TCP/IP protocols, there are important performance limits when the network conditions become more extreme (e.g., highly mobile or dense). A solution for...
This paper describes a prototype configuration management tool applied to the design, planning, evaluation, and maintenance of network hierarchical structures. Specifically designed for future ad hoc military networks, the versatile tool supports a) rapid deployment of large numbers of nodes with heterogeneous links, and b) rapid adaptation to changing environment or mission needs. The tool, called...
Future military networks require capabilities beyond current commercial IP protocols for battlefield situations. These features include enhanced routing, network processing and information-centric networks. We developed a self-initiated and self-maintained overlay network (SIMON) to provide these capabilities. SIMONs aim at providing enhanced features using a methodology similar to IP-based virtual...
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