NeTS-FIND: Recursive Network Architecture (RNA)

NeTS-FIND：递归网络架构（RNA）

• 批准号: 0626788
• 负责人: Joseph Touch
• 金额: $ 35万
• 依托单位: University of Southern California
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2006
• 资助国家: 美国
• 起止时间: 2006-09-15 至 2012-03-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0626788&HistoricalAwards=false
• 关键词: NeTS; FIND; Recursive; Network; Architecture

Proposal Number: 0626788PI: Joseph Touch Institution: University of Southern CaliforniaTitle: NeTS-FIND: Recursive Network Architecture (RNA)Abstract The Recursive Network Architecture (RNA) reuses a single, flexible protocol for different layers of the protocol stack. In conventional stacks, protocol layers are differentiated by the distinct services each provides. RNA allows protocol stacks to adjust at runtime, which allows more dynamic composition of services, both within stacks and in the way stacks of individual hops form an overall network architecture. RNA extends the Multi-Domain Communication Model (MCDM) that emerged from the DARPA/NSF X-Bone research. RNA's approach recognizes the value of services between endpoints at a variety of scopes and layers, the similarity of service primitives at different layers, the similarity between 'real' and 'virtual' service layers, and that protocols are defined as much by the location of their endpoints as their services. During the first year, the RNA project will focus on the design of the structure of the metaprotocol and develop a subset of its services and a preliminary stack manager. RNA will explore how a single network stack can support diverse environments, and may impact the design of more flexible stacks with more useful interlayer coordination. Results will be presented at meetings and in publications, and the code will be made available on-line.

提案编号：0626788PI: Joseph Touch机构：南加州大学标题：NeTS-FIND：递归网络体系结构（RNA）摘要递归网络体系结构（RNA）为协议栈的不同层重用单个灵活的协议。在传统的栈中，协议层通过提供不同的服务来区分。RNA允许协议栈在运行时进行调整，从而允许更多动态的服务组合，既可以在栈内，也可以以单个跃点栈形成整体网络架构的方式。RNA扩展了DARPA/NSF X-Bone研究中出现的多域通信模型（MCDM）。RNA的方法认识到在不同范围和层的端点之间的服务的价值，不同层的服务原语的相似性，“真实”和“虚拟”服务层之间的相似性，以及协议是由其端点的位置和服务定义的。在第一年，RNA项目将专注于元协议结构的设计，并开发其服务子集和初步堆栈管理器。RNA将探索单个网络堆栈如何支持多种环境，并可能影响更灵活的堆栈设计，提供更有用的层间协调。结果将在会议上和出版物中提出，守则将在网上提供。