earticle

영어

This study proposes a method for developing an integrated service system for implementing a pet plant management service that combines reality and virtuality using digital twin technology. Data on the plant's temperature, humidity, light intensity, and soil moisture were collected through a client system based on Raspberry Pi. In addition, environmental controls such as lighting and watering were implemented based on this data. The software was implemented as a web application, enhancing the efficiency of development and maintenance. Data synchronization with the server was achieved using the HTTP REST method, and real-time bidirectional data transfer issues were resolved through SSH tunneling. From the user's perspective, generative AI was used to create virtual avatars based on photos of plants taken by the users, enhancing emotional interaction with the users through personified avatars. However, the creation and personification of avatars using existing generative AI services have limitations in terms of consistency and user-customized interactions. Therefore, further research is needed to address this issue by utilizing user data for more sophisticated personification and interaction.