Title :
Ralapanawa RND - Automated water management system for Irrigation Department, Sri Lanka
Author :
Lucksman, S. ; Subramaniyam, P. ; Suntharalingam, H. ; Fernando, S.G.S. ; Manawadu, C.D.
Author_Institution :
Dept. of Inf. Technol., Sri Lanka Inst. of Inf. Technol. (SLIIT), Colombo, Sri Lanka
Abstract :
Ralapanawa RND is a flood disaster management system with an automated water management component for water reservoirs. The system was implemented specifically aiming the requirements of Irrigation Department of Sri Lanka. In the rainy seasons of the year most areas of the country were affected by continuous floods and overnight rain. Many families were victimized by these chaotic disasters. Still there is no proper disaster warning or management system in Sri Lanka. This solution introduced in this paper is a fully automated water management system which will pre-warn far away before these kinds of disasters arise. The system also involves in automating manual driven functions currently undertaken by Irrigation Department management process. The system consist with an Electronic Embedded System (getting water levels from Tank) interconnected to a PC, Android and Windows Mobile Application for Mobility purpose, Telco Based SMS Application for famers, Centralized Web Service plus an Enterprise Web Site. Graphical Illustrations (Graphs and Charts), CCTV live Stream of Tanks, GPS positioning of Irrigators and many functionalities consist in this System.
Keywords :
Global Positioning System; Web services; Web sites; alarm systems; disasters; environmental management; environmental science computing; floods; irrigation; mobile computing; public administration; rain; reservoirs; Android; CCTV live stream; Irrigation Department management process; Ralapanawa RND; Sri Lanka; Windows Mobile Application; automated water management system; centralized Web service; chaotic disaster; chart; continuous flood; disaster warning system; electronic embedded system; enterprise Web site; famers; flood disaster management system; graphical illustrations; irrigator GPS positioning; manual driven function; mobility purpose; overnight rain; rainy season; telco based SMS application; water level; water reservoir; Biology; Computers; Irrigation; Logic gates; Manuals; Automation; Disasters; Irrigation; Mobility; Web;
Conference_Titel :
Computer Science & Education (ICCSE), 2013 8th International Conference on
Conference_Location :
Colombo
Print_ISBN :
978-1-4673-4464-7
DOI :
10.1109/ICCSE.2013.6553912