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http://dx.doi.org/10.7744/cnujas.2012.39.3.451

Economic analysis on the adoption of management system for irrigation facilities  

Choi, JungYul (Division of Computer Engineering, Sungkyul University)
Publication Information
Korean Journal of Agricultural Science / v.39, no.3, 2012 , pp. 451-458 More about this Journal
Abstract
Irrigation facilities such as reservoir, sluice, and waterways are managed for preparing flood or drought. It is necessary to efficiently measure water level, flow rate, and related data in national-wide scattered irrigation facilities and to systematically manage data obtained from the facilities. This paper presents a management system for irrigation facilities in order to fast and exact measure their states. The management system consists of mobile device with QR-code function, sensors and gateways, a monitoring system and telecommunication networks. In order to present the benefits of the adoption of the management system against the legacy hand-writing way, this paper presents a economic analysis and its illustrative result.
Keywords
Economic analysis; Management system; Irrigation facilities; Sensor networks; Mobile device;
Citations & Related Records
Times Cited By KSCI : 1  (Citation Analysis)
연도 인용수 순위
1 Chang YN. 2006. Case-based economic engineering. pp. 50-61, Dunam Publishing, Korea. [in Korean]
2 Goh HS, Oh DS, Choi JK, Back YK, Park SC. 1999. Development of data management system for irrigation facilities on world wide web. The Journal of GIS Association of Korea 7(1): 81-87. [in Korean]   과학기술학회마을
3 Han JH, Lee JB, Chang SB. 2012. The development of mobile management system for irrigation and drainage. Winter Conference of Korea Information and Communications Society. [in Korean]
4 ITU-T Recommendation L.64. 2007. ID tag requirements for infrastructure and network elements management. pp. 8-11.
5 Jeong WK. 2007. A study on information and communication scheme for systematic management of irrigation facilities. Rural and Environment 97: 202-217. [in Korean]
6 Kim SM, Kim SJ, Kim SM. 2012. Rural stream monitoring for investigation of stream depletion in rural area. Journal of Agriculture and Life Science 46(3): 129-141. [in Korean]
7 Kim SM, Kim SJ, Kim YW, Park TY, Kim SM, Park KW, Chang MW. 2011. Streamflow monitoring of rural small streams for environmental flows supply from irrigation reservoir. Journal of Agriculture and Life Science 45(6): 237-249. [in Korean]
8 Kim SM, Lim JH, 2006. A study on the united operation and maintenance system of irrigation facilities in Korea. Journal of Agricultural Science 31(1): 53-75. [in Korean]
9 KRCC(Korea Rural Community Corporation). 2012. Accessed in http://www.ekr.or.kr on 1 July 2012. [in Korean]
10 RRI(Rural Research Institute). 2000. Final report on efficient management method of irrigation facility utilizing TM/TC. [in Korean]