Design and Implementation of Aquarium Remote Automation Monitoring and Control System
In recent years, with the rapid development of ornamental fisheries and recreational fisheries, different varieties of ornamental fish have come into many office business palaces and people’s house. The Aquarium and many other aquarium equipment are devel
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Beijing Fisheries Research Institute, Beijing, 100068, China National Engineering Research Center of Freshwater Fisheries, Beijing, 100068, China
Abstract. In recent years, with the rapid development of ornamental fisheries and recreational fisheries, different varieties of ornamental fish have come into many office business palaces and people’s house. The Aquarium and many other aquarium equipment are developing from functionality to intelligentize. Through the industry research, a set of remote automation monitoring and control equipment for the aquarium will have important significance and development prospect. The system stores and transmits the video of the aquarium gathered by camera through the IMagineWorld center platform software. The Internet user accesses the center platform to monitor the aquarium by IE or mobile terminal software. The user can get the temperature data of the aquarium through RS485 transparent protocol. And the user can also control the oxygen adding, warmer and filtering equipment remotely by the I/O alarm output of the video server. Through the user testing, the system plays a good effect and has wide application and popularization value. Keywords: aquarium, remote, automation, monitoring and control.
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Introduction
At present, there is a wide variety of aquarium in the market. And some multifunction aquariums such as controlling water temperature, increasing oxygen, and filtering, feeding, and other functions have appeared. But most functions need to be operated manually in site. With the progress of modern electronic information and automation technology, in some fields such as intelligent manufacturing, precision agriculture, and household, have been able to realize the remote video monitoring, environmental parameters monitoring, equipment condition monitoring and controlling [1]. These technologies have had some simple application on the aquarium equipment, but the multi-functional integration application is still a blank in this area. Tu used the on-line video to monitor the oil contamination level [2]. Peng, Yao, Zhang and Yu monitored and controlled the aquarium equipments based single-chip computer technology, but *
Ma Yinchi (1982 -), Beijing Fisheries Research Institute, Engineer, Master, graduated from Beijing Normal University, State Key Laboratory of Remote Sensing Science, mainly engaged in research of agriculture remote sensing and fisheries information technology.
D. Li and Y. Chen (Eds.): CCTA 2013, Part I, IFIP AICT 419, pp. 102–108, 2014. © IFIP International Federation for Information Processing 2014
Design and Implementation of Aquarium Remote Automation Monitoring and Control System 103
not realized the remote control and the on-line remote video monitoring [3] – [6]. Ge realized the remote control of the aquarium equipments based RS-485 bus. But the dynamic IP problem was not solved [7]. Yang realized to control the oxygen adding equipment of the fish pond based GSM and WIFI technology [8]. Through analysis and study of the most aquarium controlling
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