The Named-Object Abstraction for Realizing Advanced Mobility Services in the Future Internet

F. Bronzino, Shreyasee Mukherjee, D. Raychaudhuri
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引用次数: 4

Abstract

This paper presents a new abstraction called "Named-Objects" for enabling flexible and advanced mobility services in the future Internet. The concept of named-objects falls under the broad category of "information centric networks (ICN)" and is based on the assignment of a globally unique identifier to all Internet attached objects while separating this "name" from the routable "address" or "locator". This approach is supported by a global name resolution service (GNRS) which dynamically maps names to addresses while also providing supplementary service information where desired. The named-object abstraction is outlined and exemplary mobility related services including device mobility, multihoming and multicast are discussed. A qualitative and quantitative evaluation of the named-object architecture is given relative to alternative ICN designs such as Content Centric Networking (CCN) as well as name-based protocols evolved from IP, i.e. HIP and LISP, showing superior performance for a wide range of mobility services and the potential to serve as a foundation for future mobile network protocols.
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实现未来互联网高级移动服务的命名对象抽象
为了在未来的互联网中实现灵活和先进的移动服务,本文提出了一种新的抽象,称为“命名对象”。命名对象的概念属于“信息中心网络(ICN)”的广泛范畴,其基础是为所有互联网附属对象分配全球唯一标识符,同时将该“名称”与可路由的“地址”或“定位器”分开。此方法由全局名称解析服务(GNRS)支持,该服务动态地将名称映射到地址,同时还在需要的地方提供补充服务信息。概述了命名对象抽象,并讨论了与移动性相关的示例性服务,包括设备移动性、多宿主和组播。本文对命名对象体系结构进行了定性和定量评估,并与其他ICN设计(如内容中心网络(CCN))以及从IP(即HIP和LISP)演变而来的基于名称的协议进行了比较,结果显示,命名对象体系结构在广泛的移动服务中具有优越的性能,并有可能成为未来移动网络协议的基础。
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