
In this lecture, you will get an idea of what you will learn from this course and how we will approach to develop a home security system using the Raspberry pi compute module 3
This lecture will provide a detailed explanation on why we need a home security system and what factors and situations are to be considered before developing your own home security system.
This lecture will give you a complete idea of all the hardware components required to develop your own advanced home security system, including the quantity and detailed description.
This lecture provides you a document containing the complete list of the Hardware mentioned in the previous lecture.
This lecture indicates the changes present in the circuit diagram of 20x4 LCD.
In this lecture you will understand how to connect the 20x4 LCD to the GPIO pins of the Raspberry pi compute module 3 and also to adjust the contrast using the potentiometer.
This lecture contains the image of the circuit diagram to connect the 20x4 LCD to the GPIO pins of the Raspberry pi compute module 3.
In this lecture, you will understand the complete code for 20 cross 4 LCD, covering detailed explaination for the various commands used in the code.
This lecture contains the real time working video of the 20 cross 4 LCD connected to the Raspberry pi compute module 3
Please visit the resource section of this lecture to download the complete error free source code in Python (.py) format.
This lecture indicates the changes present in the circuit diagram of 16x2 green LCD.
In this lecture you will understand how to assemble the circuit of 16x2 LCD with the Raspberry pi compute module 3 and control the contrast using the potentiometer.
This lecture contains the circuit diagram to connect the 16x2 LCD with raspberry pi compute module 3.
In this lecture you will understand the code for 16x2 LCD connected to the raspberry pi compute module 3 and the detailed explanation for the various commands in the code.
This lecture contains the real time working video of the 16x2 LCD connected to the Raspberry pi compute module 3.
Please visit the resource section of this lecture to download the complete error free source code in Python (.py) format.
This course helps you to connect another 16x2 LCD , but to a different set of GPIO pins on the raspberrry pi compute module 3.
This portion gives the learner a good view of the circuit diagram for connecting the LCD to the GPIO pins of the board.
Please visit the resource section of this lecture to download the complete error free source code in Python (.py) format.
This lecture explains how all the sensors used in this project are interfaced with the Raspberry Pi compute model 3's GPIO pins. The lecture also covers the specific function of the sensors used in the project.
The circuit diagram shows how to interface the sensors and the output devices to the GPIO pins of Raspberry Pi compute module 3.
This lecture helps you to understand the source code used for the home security system, step by step in detailed manner.
This lecture gives the real time demonstration of the home security system using the Raspberry Pi compute module 3.
Please visit the resource section of this lecture to download the complete error free source code in Python (.py) format.
Please visit the resource section of this lecture to download the complete error free source code in Python (.py) format.This section has the servo motor source code which takes care of rotating the camera mounted on it.
In this lecture a detailed description is given on how to work with a 4x4 matrix keypad and also explains the logic behind the working of the keypad.
This part has the circuit diagram for interfacing the 4x4 matrix keypad with the Raspberry Pi compute module 3
This lecture explains the source code for interfacing the 4x4 matrix keypad with Raspberry Pi compute model 3.
This lecture shows the real time demonstration of the working of the 4x4 keypad with the Raspberry Pi compute module 3.
Please visit the resource section of this lecture to download the complete error free source code in Python (.py) format.
This lecture summarizes the whole course and gives you future ideas that can be implemented.
This course is for anyone who is interested in exploring the physical computing capabilities of the newly released Raspberry Pi compute module 3. The course requires basic knowledge of Linux commands and Python programming. If you are new to compute module, I would recommend you to enroll in my previous course “Raspberry Pi compute module 3 - From Novice to Professional,” which is also available on Udemy.
In this course, I will guide you how to harness the power of compute Module 3 and use most of its GPIO pins to interact with a different set of sensors. We will be using around 45 GPIO pins which is much more compared to 26 GPIO pins of Raspberry Pi 3.
I will introduce you to a different set of LCD screen which can be programmed as per our requirements to display sensor readings upon intrusion.
I will also teach you how to build a complete home security system to safeguard your property and valuable assets. Home security systems are a must in every home regardless of its size, location, and value, among other factors. Keep in mind that burglars, thieves, and trespassers will not be too choosy about their targets, as long as these homes can be broken into via a window, a vent or a door. Even a simple three-layer alarm system can deter trespassers from violating the privacy of your home and putting your family’s life in danger.
So what are you waiting for? Come, let’s make all this possible. I look forward to you joining this course.