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Mobile networks are increasingly important in land-, sea-and air-based military scenarios. The interest in supporting network mobility for Internet protocol (IP) networks has led to the network mobility (NEMO) protocol extensions being proposed for IP within the IETF. These extensions are based on the work already completed on host mobility for mobile IP (MIP). The current work is based on the use...
Site multi-homing is an important capability in modern military networks. Resilience of a site is greatly enhanced when it has multiple upstream connections to the global information grid, including the global Internet. Similarly, the ability to provide traffic engineering for a site can be important in reducing delays and packet loss over low-bandwidth and/or high-delay uplinks. Current approaches...
The Fast Handovers for Mobile IPv6 (FMIPv6) protocol was developed from the experience of MIPv6 and the facilities provided by link layer triggers, allowing for a proactive approach to handover that minimises packet exchange delay and packet loss. After handover, the mobile node may carry out Return Routability with the correspondent node(s) for route optimization. However, this method leaves scope...
Military communications currently require secure end-to-end, resilient connectivity via multi-homed connections, and need to support both mobile hosts and mobile networks. Today, such functions are possible to some degree, but the functions are not harmonised. Standards that support these functions were designed independently and implemented in isolation. So, achieving converged capabilities for optimal...
The next-generation wireless networks are envisioned to provide an always-best-connected (ABC) paradigm for mobile users who can access to multiple networks simultaneously. Thus, the design and evaluation of practical ABC multi-access systems are gaining increasing importance. The EU MULTINET architecture aims at advanced policy-based multi-access support for nomadic users roaming with a personal...
This paper presents the design, implementation and evaluation of a solution for dynamic redirection of traffic flows for multihomed mobile networks. The solution was developed for a mobile user that disposes of a Personal Area Network (PAN) with a Personal Mobile Router (PMR), in order to achieve Always Best Connected (ABC) service by distributing flows belonging to different applications among the...
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