A Microcontroller Framework for PC Based Electrical Appliance Control System
Keywords:
Personal Computers, Home Control Appliance, Distribution Fuse Board (DFB), Graphical User Interface (GUI), Interface Box, Internal Module, Enumeration, Local Area Network (LAN).Abstract
the personal computer is used to control the electrical appliances which includes turning high power alternating current (AC) loads such as lights, fans, heaters etc ON or OFF. To successfully integrate the interface box with the machine (laptop), an interface device is used within the PC that can perform the necessary tasks. The interface box can be controlled by the computer by connecting to the USB port and developed a program in C-sharp(C#) programming language. The program will demonstrate the basic idea of how to control devices and monitor events. With the program, the computer can turn electric devices ON/OFF while disregarding the manual control system. Moreover, the people who are physically disabled in homes and work places are able to control the home appliances by interacting with the interface of the developed appliance. It is a necessity to employ the service of Home Appliances Control as it is more effective, efficient and stress-free.
References
- Al-Ali S.A, AL-Rousan M.T.(2004):"Home Automation System". IEEE Transactions on Consumer Electronics, Vol.50, No. 2, Pp. 13- 19.
- Anamul H.S.M, Kamruzzaman S.M. (2006): "Microprocessor and Interfacing and Hardware".Publication, Second Edition, Pp. 33- 41.
- Casimiro A, Kaiser J and Verissimo P.(2004):"An Architecture Framework and Middleware for Control Architecture for Home Automation System in the Internet Era"Proceedings ICRA Cooperating Smart Components, in Proc. Of CF’04 Italy, ACM. Pp. 28-39.
- Coyle L, Neely S, Stevenson G,Sullivan M, Dobson S and Nixon P. (2007): "Sensor Fusion-Based Middleware for Smart Homes".International Journal of ARM, Vol.8,No. 2, Pp. 53-60
- Dickey N, Banks D and Sukittanon S. (2012): "Home Automation using Cloud Network and Mobile Devices". Proc. Of IEEE International Conference at Southeast on, Electrotechnical Conference, MELECON 10th Mediterranean, Vol. 1,Pp. 298- 301.
- Kim T, Lee H and Chung Y. (2010): "Advanced Universal Remote Controller for Home Automation and Security". IEEE Transaction on Consumer Electronics, Vol. 56, No. 4, Pp. 2537- 2542.
- Kobatake S, Shirai H, Owada H and Yoshittomi K. (1989): "HBS-Standard-Compatible Home Bus Protocol Controller". IEEE Trans. On Consumer Electronics, Vol. 35,No. 3, Pp. 605-607.
- Koyuncu B. (1995): "PC Remote Control of Appliances by using Telephone Lines". IEEE Transaction on Consumer Electronics, Vol. 41.No. 1, Pp. 201- 209.
- Lin P and Broberg H. (2002): "HVAC Application". IEEE Industry Application Magazine, Pp. 49- 54.
- Neng S L, Li-Chen F abd Chao-Lin W. (2002): "An Integrated, Flexible and Internet- based Networks for Home Automation". IEEE International Conference on Robotics and Automation, Vol. 2, Pp. 1101- 1106.
- Nichols J and Myers B.A. (2006): "Controlling Home and Office Appliances with Smart Phones".IEEE Pervasive Computing, Pp. 60- 67.
- Nunes J and Delgado J. (2000): "An Internet Application for Home Automation". Electrotechnical Conference, MELECON, Vol. 1.Pp. 298- 301.
- Sriskanthan N and Tan K. (2002): "Bluetooth Based Home Automation System". Journal of Microprocessors and Microsystem, Vol. 26, Pp. 281- 289.
- Swamy N, Kuljaca O and Lewis F. (2002): "Internet-Based Educational Control System Lab Using Net-Meeting".IEEE Transaction on Education, vol. 45, No. 2, Pp.145- 151.
Downloads
Published
Issue
Section
License
Copyright (c) IJSRSET
This work is licensed under a Creative Commons Attribution 4.0 International License.