Simulation plays an essential role in agricultural and IoT research. Despite recent efforts to foster IoT applications in agriculture, we did not find an integrated simulator that combines crop simulation with an IoT platform. This paper presents IrrigaSim, an environment that integrates a crop simulator (PCSE), a water need estimation platform (SWAMP), and an irrigation animation, or visualization, tool (IrrigAn). IrrigaSim has a web interface and can simulate a center pivot irrigation system, communicating with the PCSE crop simulator and the SWAMP IoT platform.
Prati R.C., Borelli F., Zyrianoff I.D., Silva D., Togneri R., Kamienski C. (2021). IrrigaSim: An Irrigation Simulation, Processing, and Animation Environment. Institute of Electrical and Electronics Engineers Inc. [10.1109/MetroAgriFor52389.2021.9628455].
IrrigaSim: An Irrigation Simulation, Processing, and Animation Environment
Zyrianoff I. D.Membro del Collaboration Group
;
2021
Abstract
Simulation plays an essential role in agricultural and IoT research. Despite recent efforts to foster IoT applications in agriculture, we did not find an integrated simulator that combines crop simulation with an IoT platform. This paper presents IrrigaSim, an environment that integrates a crop simulator (PCSE), a water need estimation platform (SWAMP), and an irrigation animation, or visualization, tool (IrrigAn). IrrigaSim has a web interface and can simulate a center pivot irrigation system, communicating with the PCSE crop simulator and the SWAMP IoT platform.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
