ATM via satellite: a framework and implementation
Wireless Networks - Special issue: hybrid and satellite communication networks
Satellite ATM networks: a survey
IEEE Communications Magazine
Next-generation satellite networks: architectures and implementations
IEEE Communications Magazine
Protocol architectures for satellite ATM broadband networks
IEEE Communications Magazine
The development of performance and availability standards for satellite ATM networks
IEEE Communications Magazine
An IP transport and routing architecture for next-generation satellite networks
IEEE Network: The Magazine of Global Internetworking
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The lack of commercial network technology well-suited for unique military operating conditions is a challenge that is particularly acute in the area of Military Satellite Communications (MILSATCOM). While some network technology issues, such as the performance problems associated with TCP over satellite systems, have been well-studied and documented, there has been very little focus on the technical and practical issues associated with incorporating packet-switching and possibly even IP routing functionality onto satellite payloads. This is a particularly important area of concern at the present time due to ongoing efforts to bring packet-switched IP-centric networking capabilities to next-generation MILSATCOM. In this paper, we propose an efficient packet-switching protocol suite that is optimized for IP internetworking in the space segment. The proposed approach presents a dynamic solution over which a number of routing architectures can be overlaid, while conserving precious resources that are typically consumed in a wasteful manner by routing control information and commercial multicast solutions.