Home Automation Using Raspberry Pi And Windows 10 IoT



Use Raspberry Pi and Windows 10 to build a home automation system that can operate home devices automatically

What you will learn

How this Home Automation Device is structured, user interface, device connection and working principle.

Managing Different Rooms

Device Addressing: Address Mapping

What is the difference between I²C and other communication methods

Circuit Connection

Controlling High power loads via Arduino

Software Needed to Code Arduino and Raspberry Pi

Communication Protocol

Raspberry Pi and Arduino communication

Windows 10 IoT User Interface

Arduino Coding

Visual Studio User Interface and Raspberry Pi Coding

What is I²C and how it works

What You Need to Get things done

Tips and Tricks and Helpful Resources

I2C Communication Protocol

Device Address Mapping

How to code I²C the right way and how to talk to multiple devices easily

Code and Circuit Schematics to connect Arduino and Raspberry Pi

Communication Protocol between Raspberry Pi and Arduino

Tips and Tricks

Advantages of I²C and Disadvantages of I²C

I²C Operation

Main I²C Bus Library Functions

How to implement I²C in your project

Why using I²C will make your life easier

Known Issues

Description

Use Raspberry Pi and Windows 10 to build a home automation system that can operate home devices automatically

Today, technology is enhancing human life. Technology is evolving in a very fast manner. Automation was an idea and a dream but not today. By combining the latest technologies with Home Devices, Everyone can build A Fully Automated Home. With the Raspberry Pi and Windows 10 IoT, we can build a home automation system that is capable of handling and operating any of your home devices automatically.

In this course, an Arduino UNO will be used to control different devices and reads different sensor data. Raspberry Pi will send requests for Arduino UNO to get the sensor data collected.

Each room can have multiple controllable devices(Light, Fan, Wall Socket), PIR Sensor, temperature sensor, and LDR, we will explain how to connect everything and how to code each part in a step-by-step manner.

Windows 10 IoT Simplifies the Internet of Things (IoT) with a rich device platform, world-class developer tools, enterprise-grade long-term support, and a global partner ecosystem. Do more at the edge with built-in machine learning capabilities and scale with the power of Azure IoT. Use the power of Windows to create a solution quickly and securely. We stand behind our products with 10 years of support.

Why we are using Windows 10 IoT Core:

Built for small, secure, smart devices. The smallest Windows 10 operating system still has the manageability and security expected from Windows.

Smart: Easily bring Artificial Intelligence (AI) and Machine Learning (ML) to the edge with Windows.

Secure: Help keep devices secure for the long term.

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Fast: Quickly get IoT devices to market and maintain for the long term with out of the box OS.

What about Communication Protocols?

I²C (pronounced I-squared-C)

I2C Communication between Arduino and Raspberry Pi: A step by step guide to Master I2C Protocol and Start using it to connect your Arduino and Raspberry Pi

I²C Allows communication of data between I2C devices over two wires. which makes it easier for anyone to exchange information without too much wiring.

In today’s world, every electronics hobbyist works with Arduino and Raspberry Pi to do his projects. With the introduction of Windows 10 IoT Core, Microsoft is also into the embedded world. Today Internet Of Things is a buzzword, but for basic things, we need an Arduino to communicate with a Raspberry Pi. In this course, I will explain how to communicate the Arduino with the Pi using an I2C bus and Windows 10 IoT Core.

I2C communications have become the de facto method of communicating between microcontrollers, microcomputers, and a variety of integrated circuits and sensors. It has been around since 1982 and was originally developed for use in television receivers.

Introduction & Getting Started
Introduction & Getting Started
Hardware and Software Requirements
Notes
I2C Previous Knowledge is not required
Smart Home – Rooms Setup
Smart Home Rooms Setup
Devices and Rooms addressing Mechanism
Circuit Schematic
Download and Install Fritzing Software
Circuit Schematic Part1
Circuit Schematic Part2
Wiring Smart Home appliances
How to wire home appliances with Relay Module
How a Relay Module Works
Software and Communication Protocol
Software and Communication Protocol
Software and Communication Protocol Example
Arduino Coding
Download and Install Arduino IDE
Arduino Coding Part1
Arduino Coding Part2
Arduino Coding Part3
Visual Studio for IoT
Download and Install Visual Studio for Coding
Download and Install Windows 10 IoT Core on SD Card
Prepare Environment for Your First Code
Classes Needed for This Project
Classes Diagram
User Interface Structure Explained
User Interface Structure Explained
User Interface – Main Dashboard
User Interface – Main Dashboard Part1
User Interface – Main Dashboard Part2
Introduction & Getting Started
Introduction
Hardware and Software Requirements
Download and Install Arduino Pro IDE
Download and Install Windows 10 IoT Core on SD Card
Windows Device Portal Walkthrough
Download and Install Visual Studio for Coding
I2C Overview
Arduino Wire Library
I2C Circuit Connection
Arduino Coding
Windows IoT User Interface
Windows IoT C Backend Coding
Practical Connection
Practical Testing
Arduino I2C Communication
Introduction
Where to use i2c communication
I2C Pins in Arduino
Arduino Wire Library I2C Functions
Arduino to Arduino I2C Communication Circuit Design
Arduino to Arduino I2C Communication coding
Arduino to DS1307 Time and Date Module Circuit Design

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