This project titled "IoT-based water quality and level, food disposal, light and temperature control aquarium care system", submitted by ISHTIAK AHMED, MD. NAIM HOSSAIN and ADNAN SHAHRIAR to the Department of Computer Science and Engineering, Daffodil International University, have been accepted as satisfactory in partial fulfillment of the requirements for the degree of B.Sc. Department of Computer Science and Engineering Faculty of Natural Sciences and Information Technology Påskelilje International University.
We hereby declare that this project was done by us under the supervision of Mr. We would like to thank our entire coursemate in Daffodil International University who participated in this discussion while completing the coursework. Moreover, we find that so many people are pleasantly surprised to pet fish, which means catching various types of fish and giving them an appropriate aquarium kit, but petting fish is a difficult task as it takes full time to clean the tank. adapt to the fish by creating a suitable atmosphere.
This project develops a device that provides the ideal aquarium water environment and automatically controls the fish feeding process, to help fish live longer and happier lives without direct human monitoring. The fish must be fed twice a day even so the owner goes to the fish tank and feeds the fish personally, which makes running an aquarium much more difficult. Sometimes while the owner is on vacation, the tank is not under control and the fish will not even be fed.
The audience of the project is the community of people who want to keep fish at home or in the workplace and have little time to care or are worried that their neighbors will keep reminding them to take care of the fish in their absence.
Motivation
Objective
Expected Outcome
Report Layout
Background Studies
- Introduction
- Related Work
- Comparative Studies
- Challenges
- Scope of the Problem
- Methodology
- Requirement and workflow
- Checking Maintenance
- Monitoring and other Influences
This research is important for advancing the IR4.0 framework to help fish pets. This initiative, which leads to economic impacts of the region, can be used to test the largest fish breeding project in one pond.[1] This paper proposes the FishTalk method using aquarium sensors to drive actuators in real time based on the IoT approach known as IoTtalk. We define the relationship between the sensors and actuators of the aquarium and set the threshold.
A smart recommender system then uses alliance rules and k-means to automatically support and recommend useful items to users.[3] The method is interpreted as the Laravel architecture while the Firebase is interpreted as the database administration system. The platform functions well in terms of the controller and pushes data with the development of the smart fish feeder prototype. In smart fish feeds, the results of measuring fish feed length using the Fuzzy Sugeno Algorithm have been successfully implemented.
The device is programmed to track the pH of the fish life form and adjust the fish feed from an Android smartphone. 6] Of the 46 such creatures known to breed in open waters of the United States, about 65 percent are known or suspected to have come from the aquarium fish trade. We define the relationship between aquarium sensors and drives and provide specific examples of the threshold environment.
We also developed an analytical model, simulation and computation experiment to examine the impact of IoT message delays and failure on water condition regulation. It also offers a web-based program that saves all collected data for download to the user's personal phone or laptop. The system uses a display system that shows all the details of the machine to provide information about the various factors that can affect the health of the fish rather than a web application.
Research shows that seafood is susceptible to carp viruses when the water temperature is too high or too cold. Researchers provide a better understanding of this methodology of product features and market characteristics. The 7805 voltage regulator, part of the 78xx linear control system to maintain these variations, is a typical voltage regulator integrated circuit (IC).
As acidity is evident from the pH jet, green LED lighting indicates a dangerous pH condition. The water temperature is poor at night, while sitting is affected by the ambient temperature.
Requirements, Measurement, Factors, and Output
Different factors for aquarium care
Make sure ventilation around your heater is adequate to ensure even heat distribution. This also extends the life of the heater). Install an exact thermometer and inspect it constantly to ensure the heater maintains the same temperature. When changing water, make sure that your aquarium is adjusted as closely as possible to the temperature of the replacement water.
If ammonia is present, aquarium maintenance should be checked to ensure that: • The biofilter is sufficiently wide. When DO levels are below 5 ppm, fish are expected to exhibit prodigious growth, greater contamination, and lower conversion to energy. It is known that for most aquarium inhabitants it is necessary to maintain a dissolved oxygen concentration of 5-7 parts per million (pm = mg/l).
Like Cd, solidifies and sinks out of the water body in the presence of oxygen. In the absence of oxygen, the water would dissolve and the secondary would cause harm to fish through products. 34;phosphorus," very little DO is seen leaching into the water and leading to phytoplankton populations.
If the aquarium is not already over-alloyed, such oxygen-reducing causes rarely cause death alone. That does not mean that all factors should be overlooked, but that correction of other factors would not completely solve this problem if the aquarium is overspread.
Implementation Requirements
Output of our device
Impact on Environment and Sustainability
Impact on Environment
Sustainability
Conclusion and Future Scope
Conclusion
Future Scope
Observation camera: A Webcam for Aquariums is a tiny camera connecting to your
Kassim, "Et IoT-baseret Smart Aquarium Monitoring System IEEE 10th Symposium on Computer Applications &. Yang, "Design an Online Aquarium with Intelligent Recommend System International Conference on Big Data, Artificial Intelligence and Internet of Things Engineering (ICBAIE), Fuzhou, Kina , 2020, s. Nurbasari, "Smart Fish Feeder Using Arduino Uno With Fuzzy Logic Controller th International Conference on Computing Engineering and Design (ICCED),".
Angani, "Development of water control system with electric valve for smart aquarium International Conference on Applied System Innovation (ICASI), Sapporo, Japan, 2017, pp. Kassim, "An IoT-Based Smart Aquarium Monitoring System IEEE 10th Symposium on Computer Applications & Industrial Electronics ( ISCAIE), 2020, pp.
