Hop-by-hop transport for satellite networks

Chen Jing, L. Lixiang, Hu Xiaohui, Xu Fan-jiang
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引用次数: 5

Abstract

This paper research the transport control scheme for satellite networks. The special characteristics make TCP protocols incapable of providing satisfying service for satellite networks. We analyze the performance of hop-by-hop and end-to-end transport under Bernoulli loss model. Then we propose a novel protocol based on hop-by-hop acknowledgment against the traditional end-to-end TCP for satellite networks, which uses ACK associated with NACK together, allows out-of-sequence packet transmission and has the capability of re-routing in arbitrary node. Both theoretical and simulation results showed that hop-by-hop communication scheme outperforms TCP under highly error prone, multi-hop and long delay conditions.
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卫星网络的逐跳传输
本文研究了卫星网络的传输控制方案。TCP协议的特殊特性使其无法为卫星网络提供满意的服务。分析了在伯努利损失模型下逐跳传输和端到端传输的性能。在此基础上,针对传统的端到端卫星网络TCP协议,提出了一种基于逐跳确认的新协议,该协议将ACK与NACK相结合,允许乱序数据包传输,并具有在任意节点上重路由的能力。理论和仿真结果表明,在高错误率、多跳和长时延条件下,逐跳通信方案优于TCP。
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