The evolution of layered protocol stacks leads to an hourglass-shaped architecture

Saamer Akhshabi, C. Dovrolis
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引用次数: 92

Abstract

The Internet protocol stack has a layered architecture that resembles an hourglass. The lower and higher layers tend to see frequent innovations, while the protocols at the waist of the hourglass appear to be "ossified". We propose EvoArch, an abstract model for studying protocol stacks and their evolution. EvoArch is based on a few principles about layered network architectures and their evolution in a competitive environment where protocols acquire value based on their higher layer applications and compete with other protocols at the same layer. EvoArch produces an hourglass structure that is similar to the Internet architecture from general initial conditions and in a robust manner. It also suggests a plausible explanation why some protocols, such as TCP or IP, managed to survive much longer than most other protocols at the same layers. Furthermore, it suggests ways to design more competitive new protocols and more evolvable future Internet architectures.
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分层协议栈的演变导致了沙漏形的架构
互联网协议栈具有类似于沙漏的分层架构。低层和高层往往会看到频繁的创新,而沙漏腰部的协议似乎是“僵化的”。我们提出了EvoArch,一个用于研究协议栈及其演化的抽象模型。EvoArch基于一些关于分层网络架构及其在竞争环境中的演变的原则,在竞争环境中,协议根据其更高层的应用获得价值,并与同一层的其他协议竞争。EvoArch产生了一个沙漏结构,从一般初始条件和健壮的方式类似于互联网架构。它还提出了一个合理的解释,为什么某些协议(如TCP或IP)在同一层比大多数其他协议存活得更长。此外,它还提出了设计更具竞争力的新协议和更可进化的未来互联网架构的方法。
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