A Methodology for Developing Serious Games that Integrate Extended Reality and Smart Farms
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The development and adoption of smart farm technologies using ICT are on the rise, aimed at enhancing agricultural competitiveness in response to climate change and rural depopulation. There is also an increasing interest in urban agriculture and blending urban and rural lifestyles. Small-scale modular smart farms present an accessible way for people to fulfill these needs by merging virtual and real worlds. This study proposes a methodology for implementing serious games that integrate extended reality (XR) with a smart farm system to provide an immersive experience of smart agriculture. The proposed method employs a REST-based integration interface with the smart farm control system to synchronize data in real-time. It also uses WebGL to create a 3D environment and user interface, offering users an engaging experience of the crop cultivation process. This web-based development approach ensures accessibility across various environments and enhances development efficiency.
Abstract
The development and adoption of smart farm technologies using ICT are on the rise, aimed at enhancing agricultural competitiveness in response to climate change and rural depopulation. There is also an increasing interest in urban agriculture and blending urban and rural lifestyles. Small-scale modular smart farms present an accessible way for people to fulfill these needs by merging virtual and real worlds. This study proposes a methodology for implementing serious games that integrate extended reality (XR) with a smart farm system to provide an immersive experience of smart agriculture. The proposed method employs a REST-based integration interface with the smart farm control system to synchronize data in real-time. It also uses WebGL to create a 3D environment and user interface, offering users an engaging experience of the crop cultivation process. This web-based development approach ensures accessibility across various environments and enhances development efficiency.
참고문헌 (11)
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