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Connection stability is important in vehicle-to-vehicle communication for applications that exchange messages for collision warning, cooperative driving, and other high-urgency purposes. Many of the existing communication protocols for mobile ad hoc networks assume the use of, portable gaming players, PDAs and other general-purpose devices, thus reducing the reliability of connection stability and...
In this paper, we propose a novel mechanism for application of an IPv6 automatic address configuration technique to vehicular ad-hoc networks. The solution consists of combining standardized IPv6 schemes with geographic routing functionalities, which enables the matching of geographically-scoped network partitions to single IPv6 multicast-capable links. Unlike existing solutions described in this...
Next generation vehicles are expected to exchange information with other non-LOS vehicles, the road infrastructure and databases in the Internet in order to increase road safety and traffic efficiency, or simply to entertain passengers. In this context, the mutual knowledge of positions and trajectories is necessary and is only meaningful to vehicles in a particular geographic area - potentially far...
The National Aeronautics and Space Administration (NASA) and the Department of Defense (DoD) are planning space system of systems (SoS) to address the new challenges of space exploration, defense, communications, navigation, Earth observation, and science. In addition, these complex systems must provide interoperability, enhanced reliability, common interfaces, dynamic operations, and autonomy in...
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