Appliances Control Using Ethernet And Raspberry Pi

The goal is to develop a device that can help to monito the network of personal computers and office computers for 24*7 hours and in addition, to solve the problems of common users, anytime from anyplace in the world.

The next significant feature that consumers of tomorrow will expect from most products is ‘technology that brings forward simplicity through automation’. Their new range of TOUCH SWITCH will do just that. Simple touch function will facilitate multiple controls in terms of room lighting and mood. The switch will also be enabled with voice control to take the interaction to a whole new

In our research we have identified how IT and embedded computing together can revolutionize the way we use technol- ogy today, especially in the domain of mobile computing [10]. The paradigm shift from the Internet of People to the Internet of Things also termed as IoT is undeniable [9]. According to a CISCO report the number of devices, which range from mobile and smartphones to embedded computers, microcontrollers, microcomputers, sensors and everything else on the network will increase from 15 billion today to nearly 50 billion by

Now a days most electronic devices are computer automated; some others are still, and old, mechanically operated. A child can spend hours in front of an iPad to entertain him or herself, also a retired adult can spend the same amount of hours in front of a computer or smart TV. These devices are in a network, equipments and computers are integrated, and working to make each connection reliable. Some examples of networking are: Communication Telephony network; as a smart phone, carriers, brands, operation systems, where all your personal and medical data can be saved. House network or internet of things, where a coffee pot can prepare coffee,

Monitoring physical parameters such as temperature, pressure, humidity, etc. of process plant is important to continuously know the health of plant. Presently the various process parameters are monitored using conventional smart transmitters, transducers, etc. They need wiring, which not only increases cost of transfer of signal but also their reliability decreases due to physical interconnections, attenuation to the signal and general system becomes complex. Even in the presently available wireless system, they are either available for small range or are high power consuming if available for longer ranges and are very expensive. In order to overcome these problems, the author has suggested a distributed wireless environment to monitor the parameters of interest and send SMS alert to the operator in case of any predefined abnormality. The author has attempted to design and implement open architecture low cost medium range

Abstract—Industrial machineries & high cost device safety and control id big problem for companies now days. This challenging problem has to be mentioned last few years. IVR system is the best solution of challenging problems still there is no such device or technique which control and make secure the machines & devices. This paper presents a technique for IVR system for industrial control. It will help us to secure high cost machines also we can operate (ON/OFF) the Industrial machines & other Devices by using our interactive voice response (IVR) Systematically. The main advantage of this technique is it can Operate from anywhere and low requirements, in terms of speed, accuracy and memory utilization. The goal is to implement the IVR system to control, security & maintenance of high costly industrial machineries and real time overview control on machines or devices.

In the area of control and automation, the need for some processing unit became indispensable in a wide variety of applications. Among these, microcontrollers stand as a lower cost alternative, satisfactory reliability, simplicity, reduced consumption energy, however, with limited memory capacity and processing.

The aspect of mobility has been playing a tremendous role. Most of the organisations in order to satisfy their customers, provide a service to operate their gadgets and even their household appliances remotely. With more devices being able to operate in an online environment, the aspect of mobility becomes even more realistic. The presence of internet over all the environments and every objects being integrated with an embedded system introduces the new

Now a Days all people like to use a technology, in this project we try to make Home appliance system which will be controlled by personal smart phone via Bluetooth. In This Paper we try to explain whole circuit, all components which we will use, and how the system works.

HSmart is cross-platform smart home management mobile application, which allows you to synchronize with numerous electrical home elements such as light bulbs, conditioners, refrigerators in collaboration with wearable devices and smart phones. The application allows you to control and monitor home appliances irrespective of your location. For example, switching on the air conditioner for a cooler environment before arrival or command robot vacuum cleaner to tidy up the house while away. The high rated customizable HSmart system allows complete user access control of home appliances via controller and a communication technology.

Power factor monitor & control 63. PROCURE SYSTEM FOR VEHICLE USING CAN PROTOCOL 64. TCP/IP BASED STUDENT ATTENDANCE LOGGING SYSTEM 65. SECURE SYSTEM FOR DOMESTIC PURPOSE 66. CARGO MANAGEMENT SYSTEM 67. Temperature Data Logger 68. SMS Enabled Industrial Networking 69. Digital Anemometer 70. Mobile car Security System 71. ETHERNET BASED PATIENT MONITORING SYSTEM 72. Electricity theft Identification using RF Modems 73. Security Integrated System Based On WAP For Remote Monitoring and Control of Industrial Process 74. Railway Gate Management using GPS and GSM 75. Priority for Emergency Vehicles in Traffic Signals 76. WIRELESS SENSORY BASED ENERGY CONSERVATION SYSTEM 77. Programmable Hopper Controller 78. TCP/IP BASED ENERGY MONITORING SYSTEM FOR ELECTRICITY BOARD 79. Wireless Temperature Monitoring and Controlling Using Embedded System 80. GPS GSM based patient monitoring 81. Security System for Remote Access using Telephone Line 82. I2C EPROM Programmers 83. Multi>channel Temperature Monitor & controller 84. RF Based Embedded Virtual Highway Patrol 85. Mail Transfer System 86. Lift control System 87. Tyre pressure monitoring system 88. WIRELESS SECURE POLLING SYSTEM USING GPRS 89. Accident identification system 90. Pc to Microcontroller communication Through USART. 91. Wireless Water Level Controller 92. Traffic Priority for Ambulance 93. Telephone interface security system 94. VOICE BASED AUTO RECEPTIONIST FOR EDUCATIONAL INSTITUTION

This paper basically introduces a new hierarchy for automation of buildings and control systems. The increase in tremendous population has resulted in tall and technological buildings. So the increase in size has caused the increased in complexity of the computerized systems mainly because of the thrust towards the energy effectual buildings. The communication networks join the systems with the sensors and convey the knowledge to them. When they have aroused the information to the systems then the actuators perform the action to display the information transmitted. The proposal is of the a pitch heretical routing for assembling data and tag bartering table. The maintenance of the residential and profitmaking buildings take a lot of power

Smart Home (also known as home automation or Domotica) extension platform for building automation and include controlling and automation of lighting system, heating system (such as smart thermostats), airmoving system and air conditioning as launders / dryers, ovens or refrigerators / freezers, using WiFi for remote monitoring. Generally, modern systems is compose of switches and sensors connected to a central hub, which is sometimes called a "bridge" refers, from which the system is controlled by a user interface, often with a wall terminal, a software phone, tablet or a Web interface is not always connected to the Internet cloud services.

In the present project our main aim is to Control the industrial appliances by wirelessly. In this project we are controlling the devices according to the Digital code. For Every appliance they must have a fixed Code. The Micro controller is used to control the whole system. Power is supplied to the micro control unit by using regulated power supply unit and the frequency of the micro controller is maintained by the crystal oscillator. On supplying the power, the micro control unit will be switched ON and the LCD is displayed enquiring the password.

Utility based automation system is a scalable system that works independently based on automated sensor inputs. Upon completion, it will be able to detect movement, temperature, luminosity etc. and respond with corresponding output. The proposed system comprises of two main parts: first, the web app, which can be used to control the hardware components such as the movement of the doors and windows, the intensity of lights, control AC temperature, etc. Through this, the users can locally or remotely control the security of their house and various other utilities. Second part is the hardware interface module, which provides the appropriate interface to actuators and sensors of the automation system. Opposed to many other home automation systems available, this system is scalable in the way that many hardware interface modules can be added and controlled using the web app. System will be able to support wide range of necessary residential facilities such as security and power management.