![]() ![]() user name, meter ID, total units with paying amount this message maintained at database server which located at service provider department. The control software developed for the prototype model was implemented using C# programming language, Microsoft Visual Studio.Net and Microsoft Speech recognition system.Īutomatic Energy Meter Reading system (AEMR) regularly read the energy meter and calculate total amount of bill at the set dead line and sends the message to service provider. The design transmits voice command through user wireless microphone (attached to the user cloth) to the intelligence micro controller via graphical user interphase (GUI). The model uses Arduino Uno microcontroller system to control multiple home electrical or electronic appliances with maximum of 5 volts. ![]() In this paper, the conceptual prototype design model and the circuit diagram for controlling multiple home appliances at the same time were presented. In this paper a review of several home automation technologies was presented and the advantages voice based technology was considered trending among other technologies in terms of flexibility and cost and comfort. The revolution in Information Technology(IT) and Artificial Intelligent has provided innovations in diverse kinds of home automation where appliances can be controlled effortlessly and seamlessly. Our system model can be effectively applied to large scale buildings, such as residences, shopping malls, skyscrapers, hotels, etc. We also introduce a communication framework that establish data paths between the sensor and actuator nodes in scalable manner. Proposed system instantly monitors indoor ambient conditions (temperature and humidity, light and motion information) on different floors of the building and automatically controls the home appliances (HVAC and lighting equipments) in an energy-efficient way. We propose a prototype system design with sensor/actuator node structures to exhibit how to apply the wireless sensing and control techniques to the building automation. This paper explores the application potential of wireless sensor/actuator networks in the building automation. The integration of wireless technologies into building control promises to make significant simplification in wiring requirements behind reduction of maintenance complexity and setup costs. Building automation systems are established to increase people's comfort and security with reduced energy consumption. This work focuses mainly on the use of fewer devices with high efficiency and competitive price through the use of the IBoard and the XBee with the interface work through the application of Android smart phone. By using wireless sensor networks and many of the RF technology, the Internet Things (IOT) application got full methods to get development of intelligent control to a home system. In recognition accuracy possible process automation Smart Home is important to put things in a certain activity, but service needs a lot of challenges in diversity and complexity of the real world because of awareness activities. These manners can be used to manner the resident is useful to improve the service for the smart home services that can be used as energy-efficient operation resides in order to reduce the unnecessary and the lighting device using the identified activities based on the activity of their actions. The daily life of the denizens form the manner in everyday life, there are important things smart home. ![]()
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