000			03301nam a2200289Ia 4500
001			78001
003			ft5825
005			20251119142500.0
008			190525n 000 0 eng d
040			_erda
041			_aengtag
050			_aTK7887 Aq8 2017
082			_a.
100			_aMa. Richelle B. Aguilar; Roemil G. Cabal; John Lester A. Mercado and Cjaiyle Alexandria H. Torres.
245		0	_aMicrocontroller-Based Monitoring and Maintaining Device for Saltwater Aquarium
264			_a. _b. _cc2017
300			_bDesign Project (BS in Computer Engineering) Pamantasan ng Lungsod ng Maynila, 2017.
336			_b. _atext _2rdacontent
337			_30 _b. _aunmediated _2rdamedia
338			_30 _b. _avolume _2rdacarrier
505			_aABSTRACT: Most of the people does not give attention to the needs of saltwater fishes in an aquarium that increases its rate of morality. Several factors contribute in maintaining the water system of saltwater fishes like pH level, salinity and the hot temperature which is common in the Philippines. A system that monitors these factors is already existing but it doesn’t address how to solve the problem. In addition, the solution by many fish exporters and aquarium owners are mostly done manually and separately. In response to this, the researchers created a device that monitors the pH level, salinity and temperature and automatically maintains those parameters through the use of correctors. It will also be connected to the mobile application that shows the status of the aquarium in real time so that the owners may keep track of what is happening with their aquarium anytime and anywhere. Furthermore, the owners also have the control with the light and filtration system using their mobile application. This project improved the overall monitoring and maintenance of the quality of water for saltwater fishes. It significantly reduced time, effort and money since the physical interaction was minimized.
520			_aABSTRACT: Most of the people does not give attention to the needs of saltwater fishes in an aquarium that increases its rate of morality. Several factors contribute in maintaining the water system of saltwater fishes like pH level, salinity and the hot temperature which is common in the Philippines. A system that monitors these factors is already existing but it doesn't address how to solve the problem. In addition, the solution by many fish exporters and aquarium owners are mostly done manually and separately. In response to this, the researchers created a device that monitors the pH level, salinity and temperature and automatically maintains those parameters through the use of correctors. It will also be connected to the mobile application that shows the status of the aquarium in real time so that the owners may keep track of what is happening with their aquarium anytime and anywhere. Furthermore, the owners also have the control with the light and filtration system using their mobile application. This project improved the overall monitoring and maintenance of the quality of water for saltwater fishes. It significantly reduced time, effort and money since the physical interaction was minimized.
526			_aF
540			_a5
655			_aacademic writing
942			_alcc _cARCHIVES _2lcc
999			_c25771 _d25771