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To plan and adapt military network it is critical to understand the performance impacts of design decisions, such as the choice of topology, routing, queuing and admission control. For example, changing transmission powers, routing link costs, queue sizes, and traffic rates can dramatically affect QoS metrics such as delay and loss. Detailed simulations can give good insights into performance, but...
This paper explores the robust routing of messages among individuals. Traditional routing assumes individuals provide messages to a device connected to a communications network that assumes all responsibility for message delivery. Although each individual may have links to multiple communication devices (office computer, PDA, cell phone), messages are delivered only if there is an end-to-end communication...
Future force networks such as FCS and WIN-T are anticipated to support a wide spectrum of applications with stringent and diverse quality of service (QoS) constraints. While many QoS control mechanisms are being designed, judicious multi-metric QoS route selection mechanisms are often put forth as a key means to help provide QoS assurances. QoS routing based on multiple metrics can potentially provide...
The Department of Defense has developed the over-arching concept of Net-Centric Warfare (NCW) to incorporate the technological advancements of the information age into the U.S. military. Mobile ad hoc networks (MANETs) are a vital component to realizing the NCW concept. To ensure the success of the NCW concept, there is a critical need for systematic techniques based on formal approaches to designing...
Mobile ad hoc networks have become the basis of the military??s network-centric warfare (NCW) approach. However, for NCW to be successful, it is imperative that the networks be designed in a robust manner with the capability to produce consistent predictable results despite the uncertainties of the underlying environment. This underscores the need for formal systematic methodologies to design and...
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