分组合金化下PDU流量捆绑的仿真与分析

Juan J. Vargas-Morales
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引用次数: 0

摘要

提出了一种优化分组绑定的分组合金化技术。它产生保留内部协议数据单元(PDU)格式的聚合,允许生成的数据包通过常规技术进行进一步捆绑或压缩。使用OneSAF试验台基线(OTB)模拟的小日志,模拟器用于分析飞机上的无线飞行局域网(包括卫星和地面站)上的PDU流量。应用包合金化在一个例子小插曲的模拟,减少了负松弛时间的幅度从-75到-9秒的最坏尖峰。本研究的贡献包括形式化选择PDU捆绑方案,以及研究下一个PDU的不同预测算法。这些结果证明了分组优化对于分布式仿真环境和其他可能的应用(如TCP/IP传输)的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation and analysis of PDU traffic bundled under packet alloying
Packet Alloying, a technique for the optimized bundling of packets, is proposed. It produces aggregations that preserve the internal Protocol Data Unit (PDU) format, allowing the resulting packets to be subjected to further bundling or compression by conventional techniques. Using logs from vignettes simulated by the OneSAF Testbed Baseline (OTB), a simulator is used to analyze PDU traffic over a wireless flying Local Area Network aboard airplanes, including a satellite and a ground station. Applying Packet Alloying during the simulation of an example vignette, a reduction in the magnitude of negative slack time from -75 to -9 seconds for the worst spike was achieved. Contributions of this research include the formalization of a selective PDU bundling scheme, and the study of different predictive algorithms for the next PDU. These results demonstrate the validity of packet optimizations for distributed simulation environments and other possible applications such as TCP/IP transmissions.
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