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README.md

@ -29,7 +29,7 @@ The aim of this project is to develop an initial implementation of Digital Twin,
Users are initially guided by the avatar, which provides instructions and prompts them to begin by pressing the Green button on the dashboard. This action triggers data retrieval from the API, including real-time wind direction and location temperature data, which informs the rotation of both the Digital and scaled physical wind turbines accordingly. The scaled physical turbine generates voltage, with this data displayed on the MR environment's GUI.
The proposed solution serves as a valuable tool for effective remote monitoring, control, and optimization of turbine performance, facilitating collaboration among technicians. The digital version of the wind turbine in TwinTurbine allows users to analyze issues without the need to visit the physical site.The Mixed Reality environment adds value by enabling real-time problem discussion and on-the-fly solutions.
The proposed solution serves as a valuable tool for effective remote monitoring, control, and optimization of turbine performance, facilitating **collaboration** among technicians. The digital version of the wind turbine in TwinTurbine allows users to analyze issues without the need to visit the physical site.The **Mixed Reality environment** adds value by enabling real-time problem discussion and on-the-fly solutions.
Given that this is the initial implementation, it's important to acknowledge several limitations. However, the prototype still offers an immersive learning experience for students, professionals, and technicians, providing hands-on interaction with digital twin technology and wind turbine operations. Additionally, the avatar and visual guidance provided assist users in understanding the initial steps of interacting with the prototype.
## 2. Design Process