Abstract:
Land-based aquafarm is a method of farming fish on the ground, and the quality of the water has a great influence on the mortality of farmed fish, so the condition of the water in the tank is an important factor. Therefore, it is necessary to maintain the optimal condition of water quality through the analysis of various sensor and control data in the tank. To this end, attempts to improve water quality in landbased aquafarms based on digital twins have recently appeared. In this paper, a systematic interworking mechanism between real and virtual environments is provided to optimize water quality in land-based aquafarms. This systematic interworking mechanism acquires the information of virtual and real space under the digital twin basis using an application-independent common interface. In this paper, a common interface is proposed to enable mutual interworking between virtual simulation and the real world so that it can be used for any application. The information obtained from the virtual and the real space allows the simulation results of the virtual space to be reflected in the real space, and the results are analyzed and fed back to the virtual space so that the real and virtual spaces are optimized. Β© 2023 IEEE.
