A programmable data plane that supports definable computing

Zeying Liu, Pengshuai Cui, Yuxiang Hu, Yongji Dong, Kaifei Tang, Lei Xue
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引用次数: 1

Abstract

For current Internet is confronted with some defects such as structural rigidity, single function, and protocol-independent, the functions, performance and efficiency of the Internet were promoted from the perspective of the data plane, it proposes to support computing definable programmable data based on the full-dimensional defined polymorphic smart network. It uses in-network calculations to offload network functions to programmable network elements (programmable switches) to improve operational efficiency and flexibility. This article first uses the protocol-independent P4 language to realize the definable forwarding of the data plane; on this basis, a new forwarding model is designed, adding calculation functions that are not originally supported by P4, and the calculation is definable; finally, DES encryption is used as the calculation Function verification, and think and discuss the experimental process.
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支持可定义计算的可编程数据平面
针对当前互联网存在结构僵化、功能单一、协议无关等缺陷,从数据平面角度提升互联网的功能、性能和效率,提出基于全维可定义多态智能网络支持计算可定义可编程数据。它使用网内计算将网络功能卸载到可编程网元(可编程交换机),以提高操作效率和灵活性。本文首先采用协议无关的P4语言实现数据平面的可定义转发;在此基础上,设计了新的转发模型,增加了P4原先不支持的计算功能,并且计算是可定义的;最后利用DES加密作为计算函数进行验证,并对实验过程进行思考和讨论。
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