Outline

  • Abstract
  • Keywords
  • I. Introduction
  • II. Design Choice of Network Architecture
  • A. Network Design Approach
  • B. Ip-Based Connectivity Models
  • III. Network Architecture
  • A. Autonomous Network Architecture
  • B. Ubiquitous Network Architecture
  • C. Application-Layer Overlay Network Architecture
  • D. Service-Oriented Network Architecture
  • IV. Participatory Sensing - a Special Case
  • A. Network Architecture
  • B. Qos
  • V. Conclusions
  • Acknowledgment
  • References

رئوس مطالب

  • چکیده
  • کلید واژه ها
  • 1. مقدمه
  • 2. انتخاب طراحی ساختار شبکه
  • آ. رویکرد طراحی شبکه
  • ب. مدل های اتصال آی.پی محور
  • 3. ساختار شبکه
  • آ. ساختار شبکه مستقل
  • ب. ساختار شبکه فراگیر
  • ث. نرم افزار-ساختار شبکه روی هم لایه ای
  • د. ساختار شبکه خدمات محور
  • 4. سیستم حسی مشارکتی-حالت خاص
  • آ. ساختار شبکه
  • ب. کیفیت خدمات
  • 5. نتیجه گیری

Abstract

The emerging Internet of Things (IoT) that effectively integrates cyber-physical space to create smart environments will undoubtedly have a plethora of applications in the near future. Meanwhile, it is also the key technological enabler to create smart cities, which will provide great benefits to our society. In this paper, four different IoT network architectures spanning various smart city applications are presented and their corresponding network Quality of Service (QoS) requirements are defined. Furthermore, as the beneficiary of smart city, we have the responsibility to actively participate in its development as well. A new network paradigm, participatory sensing, is thus discussed as a special case to highlight the way people may be involved in the information acquisition-transmission-interpretation-action loop.

Keywords: - - - -

Conclusions

In the domain of smart city development, this paper is focused on the communications and networking aspect of the IoT. We identify and propose a variety of network architectures for smart city applications, and also define their corresponding performance metrics in order to maintain QoS guarantees. As a special case, participatory sensing, as well as its related network architecture and QoS, is separately presented. This new network paradigm will include people in the information acquisition-transmission-interpretation-action loop, and therefore enable them to make active contributions towards the future smart city.

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