A GSM Web-Based Centralized Remote Wireless Automatic Controlling and Monitoring of Aquafeeder for Nation Database on Feeding and Growth Optimization

4 Pages Posted: 5 Feb 2017  

Chuan Ling Wong

University Tenaga National - College of Graduate Studies

Mohamad Azree Idris

University Tenaga National - Department of Mechanical Engineering

Date Written: December 30, 2016

Abstract

This project is about developing a GSM web centralized remote wireless automatic controlling and monitoring of Aqua Feeder for nation database on feeding and growth optimization. GSM fish feeder is functioning in schedule feeding by the automation of SMS and database retrieval with specific time setting. In this project, GSM Aqua Feeder is an automatic electrical device that has been designed to provide the pellets at set up time. The main component in the project is the GSM microcontroller, which is Satel MICRA Alarm Controller that are capable to supply electricity to the electronic Aqua Feeder when SMS are sent by the user from a distance. MICRA microcontroller is also having digital interface which allows programming, setting up with GPRS Soft program that can be downloaded from Satel website. User’s telephone numbers and command can be set and stored in the system through the program. Web access database and website controlling are created based on manual usage requirements, which are basically developed by PHP programming and control by Wamp server. This machine is developed by the purpose of hoping to help the fish farmers in daily fish feeding scheduling tasks to improve the fish quality and agriculture farming.

Keywords: Aqua Feeder, GSM Microcontroller, digital inter phase, agriculture farming

Suggested Citation

Wong, Chuan Ling and Idris, Mohamad Azree, A GSM Web-Based Centralized Remote Wireless Automatic Controlling and Monitoring of Aquafeeder for Nation Database on Feeding and Growth Optimization (December 30, 2016). OIDA International Journal of Sustainable Development, Vol. 09, No. 12, pp. 75-78, 2016. Available at SSRN: https://ssrn.com/abstract=2911843

Chuan Ling Wong (Contact Author)

University Tenaga National - College of Graduate Studies ( email )

Malaysia

Mohamad Azree Idris

University Tenaga National - Department of Mechanical Engineering ( email )

Kajang
Malaysia

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