PHINet: A Plug-n-Play Content-centric Testbed Framework for Health-Internet of Things

Clint Seales, Trung Do, E. Belyi, Suman Kumar
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引用次数: 14

Abstract

Named Data Networking, a future networking paradigm, allows for features such as the naming of content for identification and routing as well as router-based caching for ubiquitous storage. These features are well suited for an Internet of Things (IoT) which can network identifiable and addressable electronic devices such as sensors that, in an IoT, are often configured in a Wireless Body Area Network. To bridge the gap between research approaches in the area of both Health-IoT and content centric networking, this paper presents the first content centric networking test bed framework called PHI Net for experimentation with Health-IoT. PHI Net aims to fulfill the following goals: ease of use, seamless scaling, support for testing, development and integration of health services and sensors, support for experimentation with live traffic underneath, and integration of the cloud into Health-IoT. Architecture, design, and implementation of PHI Net is presented. Furthermore, through several use cases, we demonstrate the applicability of the proposed work.
PHINet:即插即用的健康物联网内容中心测试平台框架
命名数据网络(Named Data Networking)是一种未来的网络范例,它支持为标识和路由命名内容以及为无处不在的存储提供基于路由器的缓存等特性。这些功能非常适合物联网(IoT),它可以连接可识别和可寻址的电子设备,例如在物联网中通常配置在无线体域网络中的传感器。为了弥合健康物联网和内容中心网络领域研究方法之间的差距,本文提出了第一个内容中心网络测试平台框架,称为PHI网,用于健康物联网的实验。PHI Net旨在实现以下目标:易用性、无缝扩展、支持健康服务和传感器的测试、开发和集成、支持底层实时流量实验以及将云集成到健康物联网中。介绍了PHI网络的结构、设计和实现。此外,通过几个用例,我们演示了所建议工作的适用性。
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