Use Of Remote Supervision And Real Time Control Of The Temperature Change Under Specific Circumstances

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.

Wireless Sensor Networks (WSN) are made up of tiny sensing devices; capable of sensing some changes of incident/parameters and communicating with other devices, over a specific area. Mainly used for tracking, surveillance and environmental monitoring. These devices make it possible to be used in a system such as Home Automation and Security. Our purpose is to make our Home secure from any attacks physically and to the sensor network. Securing our Home starts from the outside, setting up a perimeter around house sensing intrusion and alerting the home owner. Allowing only predetermined users to enter the home. From the inside you can monitor for fires, leak, humidity or smoke, which the system will promptly report this to the owner as well as alert the proper authorities. Making most of the home voice controlled only recognized by the owner’s voice can add another layer of security.

We have developed a system that we can control and monitor the home appliances using any devices having an internet connection[3].

At one time in our life, we have all had it done, at a doctor’s office or at home. While the process has gotten easier over the years, it is still intrusive. For some of us, it is a reminder of some traumatizing childhood memories, of past temperature taking techniques. In 2016, that has all changed to a non-intrusive, painless, and non-traumatizing experience with the introduction of the Withing’s “Thermo” Smart Temporal Thermometer.

Two summers ago we were visiting with my brother, who is a master when it comes to all things electronics, in sunny Orlando at his condo. If you know Orlando in the summer, you know that it can get really heated. However, on our way back to his condo, he took out his phone and stated "I need to see what the temperature is at the house". OK? I didn't have anything that cool at my house. I had to manually set the temperature and I had to do it at home, not when I was out and about. It was then I knew I wanted my home to be as smart as that, but with a bit more features. When you are on the go as much as I am at times, you want the things that matter to you to be safe and

The main objectives of this study is to develop a friendly-user software that is capable of determine and predict correctly the heat loss of a human being working in an outdoor environment. The task was with the use of mathematical model based on the conceptual heat balance equation of the human-environment interaction. For human being to maintain heat balance with desired thermal environment, the internal temperature (core temperature) must be approximately 37oC. Hence, the human body responds dynamically by keeping a constant core temperature in a dynamic environment.

Temperature is an important parameter in motor operation. Bearing and winding are the two components most affected by excessive heat. Trending temperature measurements is an easy and fast approach for motor overheating estimation. Common reasons of overheating are overloading, bearing faults, misalignment, unbalance, ventilation, high ambient temperatures and power supply variations. Bearing temperature is a direct indicator for bearing faults. Many researches indicate that for any types of bearing failures, normally friction increases which results in rise in temperature of the bearings. Therefore, bearing temperature can provide useful information reflecting bearing condition and motor health (Schoen 1995).

Take intelligent and modern technology for highly protection of your property. Be able to monitor your home at any time using an IR remote controller calibrated into the device to control an alarm and a camera. Also, to reach the highest feature of security, the device is able trigger the alarm and the camera using a wide range of input sensors. Set up the Unified Security System to monitor doors, windows, movement, and more. The preferred package is ideal for dorm rooms, apartments, or smaller homes in order to ensure maximum protection.

In this thesis work, a new indoor people counting algorithm is created by using Omron D-6T thermal sensor and Raspberry Pi. The sensor periodically generate thermal map of heat emitted in its field of view which is a one dimension array and pass the array to Raspberry for further processing. The people counting algorithm is created in Raspberry Pi by processing thermal map generated by D6T. After processing the number of people indoor is obtained. This chapter presents the hardware structure used including D6T thermal sensor and Raspberry Pi, moreover the people counting algorithm is discussed in detail.

WSN that utilized Zigbee/IEEE802.15.4 is utilized as a weather monitoring network. It sends the information about the weather and generates hazard alarms. Decision tree techniques are used for analysing the data at sensor site. Weather data is checked with a notification measurement (Yawut & Kilaso, 2011).

Condition monitoring as a technique to monitor the performance and the conditions of machines is used extensively in factories. Although condition monitoring has established since 1960’s, it is still being develop in parallel with the advances in transducers and computer technology [1]. The benefit of condition monitoring is to minimize unplanned maintenance of machinery as well as improves the reliability and safety. In recent year, wired online condition monitoring (CM) systems have been applied in many industrial machines. Because the systems relies on different types of cables for field applications, the installation, the maintenance and cost become the major obstacles of their wide applications [2],[3]. Remote condition monitoring

The aim of this paper is to design a wireless sensor node using FPGA for fire monitoring and control. FPGA is used in the wireless sensor node design in order to enhance the processing capabilities of the system to meet the target applications. The sensor nodes in a wireless sensor network are normally microcontroller based which are having inadequate computational capacity related to various applications. This paper describes the selection, specification and comprehension of a wireless sensor node using the field programmable gate array (FPGA) based architecture for an early detection of hazards (e.g. smoke and fire). The FPGAs in its place are more proficient for complex computations in compare to microcontrollers. Another benefit of using FPGA is also due to its reconfigurable characteristic without changing the hardware itself. The node is implemented using Spartan 3A FPGA board from Xilinx. A design of simple hardware circuit with different type of fire sensors enables every user to use this wireless fire security system. The FPGA will constantly supervise all the sensors and if it senses any security trouble then the FPGA will send the information to the PC central monitoring station wirelessly using Zigbee technology. The system is based on the Lab VIEW software.

The Industrial Temperature Monitoring System fully automates temperature monitoring and recording. The system provides auditable records for effective temperature management. The unique alarm handling system provides the alarm duration,

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

1.4 This desired system had to be a powerful and flexible tool offering the service at any time, and from anywhere with the constraints of the technologies being applied. The possible target appliances that can be attached to the system includes climate control system, security systems, lights and any other thing with an electrical interface. The proposed approach for designing this system was to implement a microcontroller-based control module that received its instructions and command from a cellular phone over the GSM network. The microcontroller then would carry out the issued commands and communicate the status of a given appliance or device back to the cellular phone. The project was of