
You will be provided with an overview of what topics will be covered in the course along with the project details.
In this lecture, you'll learn how Zigbee is defined and its specifications such as data rate and frequency band are mentioned.
In this lecture, you'll learn the different forms in which Zigbee devices are used and also about the major modes of operation of Zigbee devices.
In this lecture, you'll get to know the essential hardware components for implementing any project with ZIgbee including the most widely used XBEE module.
In this lecture, you'll be provided with detailed explanation of the installation of the software required for Zigbee. The process is shown step by step with screen recordings.
In this lecture, you'll get a step by step explanation of the configuration of Xbee modules. Also, it includes a screen recording of the communication between the modules.
A reference of the interfacing of the Xbee modules to Windows and Raspberry Pi are shown.
In this lecture, you'll learn to program the zigbee module to enable duplex communication using python.
Please refer to the resource section of this lecture. You can download the source code in python format(.py) .
This lecture contains a real time demonstration of the working of this project.
In this lecture, you will be provided with an introduction, hardware requirements, and circuit to the Traffic management system project using Raspberry Pi and Zigbee.
You can view the Circuit diagram for reference.
In this lecture, you will learn to program the Traffic management system prototype using python.
Please refer to the resource section of this lecture. You can download the source code in python format(.py) .
This lecture contains a real time demonstration of the working of this project.
In this lecture, you'll be provided with the hardware required and the circuit explanation for implementing this project.
You can refer the circuit diagram of this project here.
You'll learn how the circuit connections are made.
In this lecture, you will learn in detail about the program for implementing this project.
Please refer to the resource section of this lecture. You can download the source code in python format(.py) .
You'll be provided a sample demonstration to see how this project works.
The final lecture of this course. Contains a summary of the course and outlines avenues for possible expansion of the project.
This course is primarily oriented towards the concepts related to Zigbee right from the basics. It starts with explaining what exactly is Zigbee and how one can establish a Zigbee network. Details such as the different modes of operations and also the different forms in which Zigbee devices can be a part of the network are also covered.
You will then be taught about the requirements to establish and implement a Zigbee network. The installation and configuration parts are explained step by step covering all minute details. A Raspberry Pi is introduced into the picture after establishing a zigbee network using Windows. A communication link is established between a Raspberry Pi and Windows system. Communication with Raspberry Pi can also be done using other OS as well. How that can be made possible is explained in the course.
You will then learn to implement a basic Raspberry Pi project: Prototype of a traffic management system using Zigbee. Here you'll learn how the communication established earlier helps you to control the Raspberry Pi in order to control the signal lights at the junction.
The next step is to increase the level of project from basic to intermediate. You will learn how to control household devices using the Raspberry Pi and Zigbee. I can assure that the coding will be explained step by step and once you the learn the coding for one project, you will be able to implement many more by yourself.
Finally, we'll summarize the entire course and suggest you a few ideas which you can try for yourself using a Raspberry Pi and zigbee devices.