本文为英国格拉斯哥大学（作者：Sergio Martin）的毕业论文，共61页。

本项目探索不同的物联网（IoT）架构和可用的平台，以定义一个通用的物联网架构，将Arm微控制器连接到Amazon Web服务。为了适应广泛的物联网应用，该体系结构被定义为一个Arm微控制器可以通过不同的路径到达AWS。一旦定义了这个体系结构，就可以根据通信速度和带宽对不同的路由进行性能分析。最后，实现了一个智能家居用例场景，展示了物联网系统的基本功能，如向设备发送数据和在云中存储数据。此外，智能家居实时触发一种Cloud-ML算法，以接收对房间当前舒适度水平的预测。

This project explores the different Internet of Things (IoT)architectures and the available platforms to define a general IoT Architectureto connect Arm microcontrollers to Amazon Web Services. In order to accommodatethe wide range of IoT applications, the architecture was defined with differentroutes that an Arm microcontroller can take to reach AWS. Once thisArchitecture was defined, a performance analysis on the different routes wasperformed in terms of communication speed and bandwidth. Finally, a Smart Homeuse case scenario is implemented to show the basic functionalities of an IoTsystem such as sending data to the device and data storage in the Cloud.Furthermore, a Cloud ML algorithm is triggered in real time by the Smart Hometo receive a prediction of the current Comfort Level in the room.

1.  引言

2. 研究现状

3. IoT系统

4. IoT应用实例

5. 结论

附录A 实验采集数据

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