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Challenges face the Internet Architecture in order to scale to a greater number of users while providing a suite of increasingly essential functionality, such as multi-homing, traffic engineering, mobility, localised addressing and end-to-end packet-level security. Such functions have been designed and implemented mainly in isolation and retrofitted to the original Internet architecture. The resulting...
Traditional Internet faces many challenges, ranging from security threats, routing scaling problems to inadequate support for mobility, multihoming and traffic engineering. This paper proposes a clean-state network-based architecture, named identifier separating and mapping architecture (ISMA), to solve these problems. The key design concepts of ISMA include separating customer networks from the core...
MILSA (Mobility and Multihoming supporting Identifier Locator Split Architecture) has been proposed to address the naming and addressing challenges for NGI (next generation Internet), we present several design enhancements for MILSA which include a hybrid architectural design that combines "core-edge separation approach" and "split approach", a security-enabled and logically oriented...
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...
This paper presents new, universal, scalable network architecture, called USA, which resolves the growing tensions between the Internet architecture and routing infrastructure. USA separates the identity of end host from its location and adopts name-based addressing to achieve the end-to-end communication. USA also isolates the address space of end sites from core Internet. Each end site possesses...
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