Fast-paced development of a smart campus IoT platform

A. Haghi, Kyle Burney, Frank Skyler Kidd, Laura Valiente, Yang Peng
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引用次数: 8

Abstract

In this paper, we present our fast-paced development experience of a Smart Campus IoT platform built upon Commercial-Off-The-Shelf devices and Microsoft Azure cloud services. Different from a traditional, long development cycle of IoT platform, the design, implementation, and deployment of this Smart Campus IoT platform was completed within three months of time, with only four junior undergraduate students who had no prior knowledge about IoT. In addition to the fast development cycle, this platform is also made generic to enable the aggregation and open distribution of campus IoT data pertaining to student-life and academic activities. Two communities of campus data users, the data contributors who interact and control the IoT network to generate meaningful data and the application developers who utilize collected data to create innovative applications, can collaborate via such a virtual marketplace to harness the true power of IoT — the Open IoT Data.
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快速发展的智慧校园物联网平台
在本文中,我们介绍了基于商用现货设备和微软Azure云服务构建的智能校园物联网平台的快节奏开发经验。与传统的物联网平台开发周期长不同的是,这个智能校园物联网平台的设计、实现和部署只用了三个月的时间,只有四名对物联网一无所知的大三本科生。除了快速的开发周期外,该平台还具有通用性,可以实现与学生生活和学术活动相关的校园物联网数据的聚合和开放分发。两个校园数据用户社区,即交互和控制物联网网络以生成有意义数据的数据贡献者,以及利用收集到的数据创建创新应用程序的应用程序开发人员,可以通过这样一个虚拟市场合作,利用物联网的真正力量——开放物联网数据。
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