The multimedia migration: transponder versus processing payload VSAT networks

Daniel Azaren, William F. Courtney, J. Freitag, P. Hadinger, Douglas C. Shannon, T. Smigla, E. Wiswell
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Abstract

Processing payload systems are in development now and will soon be part of the satellite communications landscape. This paper shows that processing payload networks can revolutionize the VSAT market. VSAT service providers who recognize the tremendous potential of these systems will be able to offer a dramatically lower-priced solution to their customers while realizing even greater profits than were possible with transponder-based networks. The ability to provide full mesh connectivity, dynamic resource allocation, and statistical multiplexing of diverse traffic results in lower costs for existing VSAT networks and an easy migration path for these networks to expand their capacity, connectivity, and range of applications. The results demonstrate that processing payloads represent a superior solution for both today's VSAT networks and for the more sophisticated applications and network topologies inevitable in the future.
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多媒体迁移:应答器与处理有效载荷VSAT网络
处理有效载荷系统目前正在开发中,不久将成为卫星通信领域的一部分。本文表明,处理有效载荷网络可以彻底改变VSAT市场。认识到这些系统的巨大潜力的VSAT服务提供商将能够为其客户提供价格极低的解决方案,同时实现比基于应答器的网络更大的利润。提供全网格连接、动态资源分配和各种流量的统计多路复用的能力降低了现有VSAT网络的成本,并为这些网络提供了扩展其容量、连接和应用范围的简单迁移路径。结果表明,处理有效载荷为当今的VSAT网络以及未来不可避免的更复杂的应用和网络拓扑提供了优越的解决方案。
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Space Communications
Space Communications 工程技术-电信学
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