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Current evaluations of DoD tactical networking systems have left the impression of sub-optimal performance without being able to provide either a clear vision of the limits on the performance that could realistically be attained or which layers of the network algorithm are responsible for the suboptimal results. Recent advances in computing the capacity of a large MANET allow us to obtain a practical...
As more and more tactical Mobile Ad-Hoc Networks (MANETs) are deployed at the edge, there is a need to interconnect these heterogeneous MANETs to enable increased connectivity and robust communication services to the war fighters. Traditionally, Border Gateway Protocol (BGP) is considered the de facto standard inter-domain routing protocol. It was originally designed for wired networks and does not...
As more IP-capable tactical MANETs are fielded, the creation of backbone-like structures through dynamic interconnection of tactical networks becomes increasingly feasible. Such interconnections hold the promise of improved connectivity and communications resilience, but also introduce policy complexity and scalability challenges. Diversity in these tactical networks in waveform, mission, security...
As tactical military networks deploy new IP-capable radios (e.g., JTRS), it is expected that network connectivity will increase both within and among Service and Coalition networking domains (e.g., Army, Navy, NATO). Joint commanders will likely desire control of this increased connectivity to complete their mission goals. One mechanism known to (coarsely) manage multiple disparate IP networks is...
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