Uno home automation

In this paper, new design and different home appliances are presented. PWM technique on Arduino is used to control the DC motor speed depending on the width of the Pulses and H-Bridge driver circuit is used to control the direction of the motor. The home automation applications that has presented in this paper is the ability to control the DC motor speed and its direction, bulb, fan and heater using a smart phone application with Bluetooth wireless technology. The design is a low cost, flexible and using a modern technology and devices for this application. Application of wireless Bluetooth connection in control board enables a simplified way to system installation. The system has been built and operated successfully.

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Content:

• Make an Android Home automation system interfacing with Arduino uno - KT797
• Open Source Home Automation Project using Arduino UNO + Ethernet Shield
• Home Automation Using Arduino Uno
• DTMF Controlled Home Automation based on Arduino UNO
• Home Automation
• PC based home automation using Arduino
• Home Automation with an Arduino – A Basic Tutorial

WATCH RELATED VIDEO: Home automation - How to make bluetooth based home automation using arduino

Make an Android Home automation system interfacing with Arduino uno - KT797

Views Downloads 11 File size 2MB. Shakti Singh during 7th semester Shakti Singh, for his understanding, encouragement and personal attention which have provided good and smooth basis for our dissertation tenure. This work would not have been possible without his guidance, support and encouragement. Under his guidance we successfully overcame many difficulties and learned a lot. We are also thankful to Dr. Prakash Gopalan, Director of Thapar University, Patiala for providing the facilities for the completion of project work.

We express our deep sense of gratitude towards Dr. We further express our indebtedness to our parents who have constantly helped us keep our morale high all through the work.

In this fastmoving world people want technologies which are user friendly and always available in their hand starting from online shopping to controlling huge machineries in mega-factories. Technology has made life easier and fast paced. With such a bloom in technology, initially the industries demanded for a system that would be able to control the entire plant from just one location which brought in the concept of automation.

The very first fully automated spinning mill driven by water was developed in With the changing scenario automation is the demand of every household, industry and any sort of commercial building. The major development of automation in households was the application of remote controlled switching of appliances. Alongside with the invention of Bluetooth and IoT technologies the major constraint of remote control i. The major goal of this project is to design a voltage regulator circuit.

A Bluetooth interface of Smartphone and sensors for automatic control over appliances. The rectifier and the ZCD is used to send signal to the Arduino. The Arduino provides a pre-decided time delay starting from the zero-point provided by the ZCD. The optocoupler has two purposes. Firstly, it provides isolation for the Arduino from the main AC circuit and secondly it provides gating pulse to triac.

The triac is used for voltage cutting. In this system the entire voltage regulation can be controlled manually using a Smartphone over Bluetooth or automatically by using sensor inputs to the Arduino. The sensors are so interfaced that with change in the physical conditions in the room the voltage of various appliances like fans, lights etc would be changed.

Therefore, to conclude the system is capable of receiving the command from the user to control and regulate the appliances either manually or automatically. Caption Page No. A remotely accessible environment is an environment in which each appliance can be remotely accessed and controlled using software as an interface, which includes an android application and a web application.

Such remotely accessible systems are already available in the market, but have a number of drawbacks as well. As technology is growing day by day, man is depending upon it heavily.

Therefore, he wants everything at his hand there and then. In a modern day plant there are number of machineries that run independently but are controlled by a main control board which acts as the brain to the entire plant, sensing and analyzing and processing the data which is provided as feedback by various sensors that are installed throughout the length and breadth of the plant. On the similar concept all the appliances in our homes can be made to operate automatically by sensing, analyzing and processing the data provided by the sensors to the master control of the house.

With growth and advancement in technology, medium to control the appliances is upgraded from time to time, to increase the efficiency, reliability, speed as well as cost deduction of the product. Bluetooth home automation control via cell phone can be executed using an Arduino BT board. It works on the basic principle of communication and interaction of Arduino with any Bluetooth device.

In this system the home appliances are connected to the Arduino board at input output ports using relay and the program of Arduino are based on high level C 1 Page programming language of microcontroller. A circuit is designed so that one can receive the command from the Bluetooth device and further convey it to control the working of multiple devices.

The device performance is recorded and stored by network coordinators. For this the Wi-Fi network is used, which uses the four switch port standard wireless Asymmetric Digital Subscriber Line modern router. The message for security purpose first process by the virtual home algorithm and when it is declared safe it is re-encrypted and forward to the real network device of the home.

Over Zigbee network, Zigbee controller sends messages to the end. It handles the safety and security of all messages that are received by the virtual home algorithm. To reduce the expense of the system and the intrusiveness of respective installation of the system Zigbee communication is helpful. The smartphone revolution brought with itself the concept of home automation using general packet radio service GPRS , global system for mobile GSM messaging and dual tone multi frequency DTMF systems, but these all are classified under GSM controlled system.

Wi-Fi based home automation system; a central server is created on a Wi-Fi. Now this server is common to both the smartphone and the microcontroller. The advantage of this system is that the transmitting and relaying action is quite fast. The only disadvantage is that this system is used for controlling the appliances from within a building. As the technology is growing at a fast pace the traditional current switches are being replaced by centralized system containing radio frequency RF controlled switches for switching.

The traditional systems are rather more problematic for handicapped and old age person. Nowadays, system uses mobiles or computers to exercise basic home control and function automatically through internet from anywhere around the world globally. An automated home is sometimes called a smart home.

It is meant to save the electric power and human energy. The proposed system is a distributed home automation system, consists of server i. Wi-Fi module clubbed with sensors. Server controls and monitors the various 2 Page sensors, and can be easily configured to handle more hardware interface module sensors.

The Arduino board, with built in Wi-Fi module acts as web server. Automation System can be accessed from the web browser of any local PC using server IP, or remotely from any PC or mobile handheld device connected to the internet with appropriate web browser through server real IP internet IP. Wi-Fi technology is selected to be the network infrastructure that connects server and the sensors.

Wi-Fi is chosen to improve system security by using secure Wi-Fi connection , and to increase system mobility and scalability.

Home automation using cloud based system focuses on design and implementation of home gateway to collect data from home appliances and then send to the cloud-based data server to get stored on the Hadoop distributed file system. It is processed using MapReduce and it is used to implement a monitoring task to remote user. Presently home Automation System is persistently developing its resilience by assimilating the current characteristics which gratify the rising interest of the people.

The home automation system being considered uses cloud computing as a mode of communication between user and the devices. The system consists of three important units: the first part is cloud server, which handles and controls the data and information of client and users and the status of devices. The hardware interface module is the second part which implements the relevant connection to the actuators and sensing devices which give the physical service.

Last part is Home Server, which constructs the hardware device and gives the user an interface. This system uses cloud services which is required for security, storage and availability of the data. The system is cost efficient, reliable and comfortable which also provides a secured home automation system for entire family.

The system is made up of various client modules for various platforms. Cloud server: Cloud Server is a central server aims on implementing services to the other sub modules. Central server serves as the data respiratory system and brain It implements three connections to the three sub modules viz home system, web configuration tool and mobile. The server evaluates the data it takes from the house, send current status to the mobile device and vice versa. A database is managing by the server and it is status gets updated as per the changes done at home end.

Embedded program for hardware circuit microcontroller, and. Internet client for any desktop or mobile phones. The Bluetooth technology which came out in late 's is used for implementing the wireless home automation system. Various appliances such as air conditioners, home theatres, cellular phones etc.

The communication between several client modules and the host server takes place through the Bluetooth module. A Home automation protocol has been formed to enhance communication between the host server and the client modules. The system also allows integration or removal of devices to the network which makes the system scalable. The wireless system aims at reducing the cost of home automation. However the system does not use the trending mobile technology. Alkar et al.

A flexible, low cost, wireless solution to the home automation is introduced. The home appliances are connected through a server to a central node. The system is secured from unauthorized users by using secure sockets layer SSL algorithm. During tests, the range of wireless communication was found to be limited to less than meters in a concrete building. Yavuz et al. In this pin check algorithm has been introduced where it was with cable network and not wireless communication.

The system ensures safety as it cannot be used by unauthorized users as the system uses pin-check system. The architecture is very complex, but it gives an idea of remote handling of home automation system.

Hoque et al. Different AT commands instructions used to control a modem are sent to the home mobile for controlling different appliances. Different AT commands had to be remembered by the users to control the connected devices. The system used Bluetooth communication to interact between the user and the electrical appliance. The major drawback of the system is that, the Bluetooth technology is restricted over a certain range of area.

Therefore this kind of system can only be implemented from within the home premises.

Open Source Home Automation Project using Arduino UNO + Ethernet Shield

Add the following snippet to your HTML:. Project tutorial by Muhammad Ansar. Please log in or sign up to comment. Saves electricity and makes your home a smarter one with the security of Avnet. Control and monitor the home environment using Android app with advanced features such as voice command, scheduling, home preparing itself. We are showing voice control home automation system to control appliances with own voice command an Android app IoTBoys. An advanced home automation project with Arduino Uno and Bluetooth sensor to control it, anytime from anywhere.

Home Automation Using Arduino Uno

We are living in 21 st century where automation of any form i. When it comes to industrial automation, the concept is applied to large machines or robots which helps in increasing the efficiency in terms of production, energy and time. Home automation on the other hand involves automating the household environment. This is possible because of the smartphones and internet that we are widely using. Home automation can be again divided in to just controlling the appliances using a smartphone from a remote location and another type filled with sensors and actuators which controls the lighting, temperature, door locks, electronic gadgets, electrical appliances etc. In this project, we will design a simple home automation project using simple components using which different electrical appliances can switched on or off. The 8 — bit ATmega P microcontroller based Arduino UNO is used in the project to control different components like Bluetooth module and relay network.

DTMF Controlled Home Automation based on Arduino UNO

Arduino board is popular open-source electronics platform, a combination of hardware and software commonly used by students, makers and professionals to develop a wide range of electronics projects and applications. There are various types of arduino boards available such as Arduino Uno , Arduino Mega, Arduino Nano , Arduino Pro Mini, etc which are used to build small electronics projects for students to large scale industry products. Arduino's powerful features are a good fit for popular segment of applications - home automation. There is a large scope of home automation applications that we can build by using the Arduino board. Below is the list of some DIY arduino home automation projects which we shared with detailed description of required components, circuit diagrams, codes and videos.

Home Automation

Advances in Electrical and Computer Technologies pp Cite as. Home automation system is one of the developing systems nowadays. This project is concentrating on automatically controlling the devices or appliances working at home based on the comfort of the person living there. Arduino technology is used as the control system. This system designed to enhances the comfort and safety of the user and to the effective usage of the power.

PC based home automation using Arduino

The main objective of this project is to develop a home automation system using an Arduino board with Dual Tone Multi-Frequency DTMF , this project lets you operate your home appliances like lights, doors and other electrical appliances from your office or any other remote place. So, if you forgot to switch off the lights or other appliances while going out, it helps you to turn off the appliance with your cell phone. Building a network of microcontroller-based prototypes to emulate devices used at residential locations for the purpose of home automation such as temperate sensors, motors, occupancy proximity sensors, lighting control etc. The home automation system has been experimentally proven to work satisfactorily by connecting sample appliances to it and the appliances were successfully controlled from a wireless mobile device. Thus a low-cost home automation system was successfully designed, implemented and tested. ShrenikaRM 16 Nov We performed many different tasks and learnt many skills during the Internship.

Home Automation with an Arduino – A Basic Tutorial

Views Downloads 11 File size 2MB. Shakti Singh during 7th semester Shakti Singh, for his understanding, encouragement and personal attention which have provided good and smooth basis for our dissertation tenure.

In this article you will learn how to make your home automated using Arduino Uno. Introduction Ever wanted to make your home automated? Wanted to control the lights, fan and other appliances from your smartphone? Or wanted a tutorial about connected devices and getting started with it? Android Home Automation will show you how to make your home automated using an Android smartphone. This requires you to have no experience of Android programming at all, as a free application is included for you to develop.

Nowadays, people have smartphones with them all the time. So it makes sense to use these to control home appliances. Presented here is a home automation project using a simple Android app, which you can use to control electrical appliances with clicks or voice commands. Commands are sent via Bluetooth to Arduino Uno. So you need not get up to switch on or switch off the device while watching a movie or doing some work.

Do you want to automate your home? Ever wished to control your appliances with a swipe on your phone? Or do you want to learn how to build automation device for yourself?