XBee and ZigBee Technologies for the Internet of Things

本课程教学生如何开发基于ZigBee通信协议使用Digi制造的XBee系列1和系列2无线电的系统。具体来说，它解决了以下主题：1）XBee系列1用于点对点通信的无线电设备； 2）作为星形网络协调器的Digi Connectport X2； 3）AT /透明模式下的XBee Series 2无线电设备； 4）XBee系列2个处于API模式的无线电，5）相关的python编程基础知识，6）通过S2无线电从传感器获取数据，7）与ZigBee相关的其他Digi制造的设备的概述。该课程提供了随附的书面文档，其中包括代码示例，学生可以下载该代码示例并对其进行调整以适应其目的。

IEEE 802.15.4标准对于设计低功耗无线传感器非常有用。本课程探讨基于ZigBee的标准的技术如何应用​​于各种物联网（IoT）和网络物理系统应用程序。本课程面向那些至少具有最少经验的学生，这些用户需要在面包板上构建电路并使用诸如Python之类的面向对象的语言进行编程。但是，初学者仍然可以从本课程中学到很多东西，将其与有关构建电路和编程的免费在线教程结合起来。

MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 13 lectures (6h 16m) | Size: 5.15 GB
Interested in learning how to build simple Internet of Things (IoT) Systems?

What you’ll learn:
electrical engineering
software development in Java and JavaScript

Requirements
Be able to understand code developed for Java, Python, and JavaScript

Description
This course is directed at students who desire to learn to build hardware and software for Internet of Things (IoT) related projects quickly. It teaches students how to develop systems that employ the Digi-manufactured XBee Series 1 and Series 2 radios based on the ZigBee communication protocol. Specifically, it addresses the following topics: 1) XBee Series 1 radio for point-to-point communication, 2) the Digi Connectport X2 as a star network coordinator, 3) XBee Series 2 radio in AT/transparent mode, 4) XBee Series 2 radio in API mode, 5) relevant python programming basics, 6) data acquisition from a sensor via S2 radio, 7) overview of other Digi-manufactured devices relevant to ZigBee. The course provides an accompanying written document including code examples that students may download and adapt for their purposes.

The IEEE 802.15.4 Standard is very useful for the design of low-power wireless sensors. This course explores how technologies based on that standard, like ZigBee, may be applied to various Internet of Things (IoT) and Cyber-Physical Systems applications. This course is aimed at those students with at least some minimal experience building circuits on a breadboard and programming in an object-oriented language like Python. However, beginner students can still take a lot from this course, combining it with free online tutorials on building circuits and programming.

Who this course is for
Intermediate Software and Hardware Engineers with Interest in the Internet of Things and Cyber-Physical Systems