Microcontroller is a family of Atmel ATmega16 functioned as the Control Processing Unit (CPU). Microcontroller functions as the control center smart home control system that includes doors, alarm and lights. In the making of these tools, the authors utilize the keypad as a key to open and close the door of the House, the timer to switch on and off automatically at a certain time, and put the limit switches on the Windows of the House to control the anti-burglar alarm if the window position shifted. In addition to using the Atmega16, microcontroller the author has also added a lamp driver that serves as a light switch so that the lights can be turned on manually.
The development of technology and the information very rapidly along with the ever-increasing human needs are mainly urban region, one of which is a system of control either manually or automatically. Control systems commonly used in electronic devices. Electronic device having an important role in our daily lives to help the human work either at home, in the Office and in the environmental community. The control system can be applied in the home, especially control systems for lighting and home security systems. The door of the House with the key manually using carried everywhere.
so that raises the risk of loss and is easily duplicated by parties who are not responsible. Someone who will go and get home late at night usually turn on the light before you leave the House at night, the House is not in a State of dark or owners take the time to go back home and turn on the lights. For the House in the House uses an electronic device to open and close doors, turn lights on automatically and enable alarm burglar doesn't need to be controlled via a PC (Personal Computer), simply by using the Atmega16 microcontroller chip-shaped. With Atmega16 microcontroller users only enter the command control the form of the programming language C++ via USB AVR downloader ISP. dark state certainly would invite the theft crimes lately popular occur mainly in the big cities. In addition, the homeowner will not be resting quietly in home security systems are inadequate. It certainly will seize the time, effort and thought as well as the waste of electrical energy consumption.
The theoretical foundations of the research done by trial (trial and error) where mechanical or electrical design for hardware simulation component architecture-based microcontroller Atmega16 smart home is able to work in accordance with the objectives and the desired target. The theory will be discussed on a system that is expected in this research is the prototype of intelligent home based microcontroller Atmega16 to control the lights automatically, alarm burglar, and open the cover of the door using the keypad. Supporting theory used in the completion of this research is to explain about the system control, microcontroller, AVR, Actuator.
In general there are four (4) aspects related to control systems namely, input, output, and system processes. Input (input) is the stimulation from the outside that is applied to a control system to obtain specific responses from the system settings. The output (output) is the actual response of a control system. This response can be the same as the input or maybe not same with responses on input. To simplify the design as a whole, then made the block diagram of the connectedness between the software and hardware on this system is shown in the picture below:
Based on the results of the analysis and discussion of controling system lights the House obtained automatically in the form of a simulation (prototype) by using Microcontroller Atmega16 accompanied programming languages C++ (Codevision AVR) in programming. The control system of the door of the House in the form of a simulation (prototype) by using the Microcontroller Atmega16 accompanied programming languages C++ (Codevision AVR) in programming. The control system of a burglar alarm in the form of a simulation (prototype) by using the Microcontroller Atmega16 accompanied programming languages C++ (Codevision AVR) in programming. Design of simulation system in smart home is inseparable from the weakness in the system. Lack of intelligent home architecture simulation-based microcontroller Atmega16 this is no monitoring or feedback to the user if the active-controlled home functions or not, therefore it is a tool that has been created it needs to be expanded to cover the deficiencies that exist so users know whether a home control system functioning in accordance with the wishes or not.
Subscribe to:
Post Comments (Atom)
0 Response to " Simulation Of Intelligent Home Architecture-Based Microcontroller ATMega16"
Post a Comment