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Named Data Networking in IoT based sensor devices

机译:在基于IoT的传感器设备中命名为数据网络

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摘要

In a world running on a “smart” vision, the Internet of Things (IoT) progress is going faster than ever.udThe term “things” is not just about computer, people and smartphone, but also sensors, refrigerators, vehicles, clothing, food and so on.udInternet of Things is the possibility to provide an IP address for every item, so it will have an interface on the Internet network. The household devices will not just being commanded and monitored remotely then, but they will have an active main character role, establishing a communication network between them.udThe thesis will begin describing a general overview, the state of art, of the IoT world and of sensors networks, checking its potential and any restrictions, if present. Then, every engineering aspect of the realized project, will been described in detail.udThis thesis will also prove that nowadays we have the right items and components for the realization of reliable low-cost sensors.udThe ultimate purpose is to verify the introduction of new network protocols like NDN (Named Data Networking) to evaluate their performances and efficiency. udFinally I will propose the simulations output obtained by NS3 (Network Simulator): a scenario simulation using NDNSim and ChronoSync application will be present.
机译:在一个以“智能”愿景运行的世界中,物联网(IoT)的发展比以往更快。 ud“事物”一词不仅涉及计算机,人员和智能手机,还涉及传感器,冰箱,车辆,衣物,食品等。 ud物联网可以为每个商品提供IP地址,因此它将在Internet网络上具有接口。然后,不仅将对家用设备进行远程命令和监视,而且它们将扮演积极的主要角色,在它们之间建立通信网络。 ud本文将开始介绍IoT世界以及传感器网络,检查其潜力和任何限制(如果存在)。然后,将详细描述所实现的项目的每个工程方面。 ud本论文还将证明,如今我们已经拥有实现可靠的低成本传感器的正确项目和组件。 ud最终目的是验证引言。 NDN(命名数据网络)等新的网络协议,以评估其性能和效率。最后,我将提出由NS3(网络模拟器)获得的模拟输出:将展示使用NDNSim和ChronoSync应用程序进行的情景模拟。

著录项

  • 作者

    Aguiari Davide;

  • 作者单位
  • 年度 2017
  • 总页数
  • 原文格式 PDF
  • 正文语种 en
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