ENTREPRENEURIAL TRAFFIC MANAGEMENT AND THE INTERNET ENGINEERING TASK FORCE

G. Knieps
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引用次数: 10

Abstract

The changing role of the Internet Engineering Task Force (IETF) standard setting process, from designing and implementing the best effort transmission control protocol/Internet Protocol (TCP/IP) as a universal standard towards a platform for dealing with the increasing need for variety in the design of a Quality of Service (QoS) differentiated traffic management architecture, is demonstrated. The IETF's contributions to flexible open transmission architecture, able to provide the required traffic qualities for the different applications, constitute the relevant pillars of a Generalized Differentiated Service (DiffServ) architecture. Further, the role of entrepreneurial traffic management within the Generalized DiffServ architecture, and the division of labor between the IETF and entrepreneurial traffic management, is analyzed. Within the “umbrella” architecture of Generalized DiffServ with the potential to combine basic elements of QoS differentiated traffic architectures, a flexible framework for entrepreneurial traffic quality differentiation strategies is evolving. Its basic characteristic is market-driven network neutrality with all applications bearing the opportunity costs of their required traffic capacities. Consequently, an artificial market split between best effort TCP/IP and managed services would conflict with the integrated service approach of the IETF. Finally, the implementation of Generalized DiffServ via Next Generation Networks is considered.
企业流量管理和互联网工程任务组
互联网工程任务组(IETF)标准制定过程的角色变化,从设计和实现最大努力传输控制协议/互联网协议(TCP/IP)作为一种通用标准,转变为一个平台,以应对服务质量(QoS)差异化流量管理架构设计中日益增长的多样性需求。IETF对灵活开放传输体系结构的贡献,能够为不同的应用程序提供所需的流量质量,构成了通用差异化服务(DiffServ)体系结构的相关支柱。进一步,分析了创业型流量管理在广义DiffServ架构中的作用,以及IETF和创业型流量管理之间的分工。在具有结合QoS差异化流量架构基本元素的潜力的通用DiffServ的“保护伞”架构中,一个用于企业流量质量差异化战略的灵活框架正在发展。它的基本特征是市场驱动的网络中立性,所有应用都承担其所需流量容量的机会成本。因此,在最努力的TCP/IP和托管服务之间人为的市场分裂将与IETF的集成服务方法相冲突。最后,讨论了下一代网络中广义差分服务的实现。
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