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There is a need for military and commercial wireless radio networks that can operate in dynamic environments while supporting high spectral efficiency with throughput guarantees and low latency. This is particularly challenging in wireless mobile ad-hoc networks (MANET). Multiuser detection (MUD) technology promises to address these needs. But most research in MUD technology to date has focused on...
Mobile ad-hoc networks (MANET) are often characterized with rapidly changing topologies, presenting a constant challenge for time synchronization. This challenge holds especially true in tactical edge ground military networks, where topological instabilities are enhanced by hostile transmission environments. In the absence of GPS, time synchronization within the context of a tactical environment requires...
We illustrate a novel wireless intranet networking protocol providing the flexibility and efficiency needed to operate in airborne environments. A critical component of this protocol is an efficient mobile ad-hoc networking (MANET) design, known as adaptive hybrid domain routing (AHDR) protocol, devised primarily for airborne networking. We describe the driving networking requirements and tradeoffs,...
The military capabilities necessary to realize DOD's vision on network centric operation depends upon achieving information and decision superiority through the implementation of an IP enabled jam resistant airborne networking waveform that extends the capabilities of the GIG into the tactical edge airborne and space environments. This paper describes a novel communication protocol called flexible...
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