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The app has two main functions. First it allows client’s guests or customers, using their mobile device to scan, uniquely identify employees face and view their information.
The second function involves using the app with Epson Moverio augmented reality smart glasses BT-300. Here the user will have immediate access to client’s completed projects information.
The flow goes like this. The user wares the AR glasses with a high resolution camera and walks through office’s glory alley, where the icons of completed projects are placed.
By looking at the special marker icons, the camera is pointed to the project. Once it’s fixed on the icon or project logo, a colored image of the project name becomes visible to the user. User then taps on the projects and views projects info such as name, location, duration, technologies used, etc.gs and newts) lifecycle.
We decided to use calibration method to derive eye-to-eye camera relations. Next, we obtained the intrinsic camera matrix of an eye in the camera coordinate system by calibrating ten points with known coordinates. This was done for both the left and right eye independently.
the values we derived from magnetic field was used to create a map of our client’s office. So, when user walked through route, we traced magnetic field changes to obtain user’s walk-through path. We used a custom designed calibration method to obtain correction coefficients.
*All case studies are for illustration purposes only. Due to NDA agreements between the client and the development team, project details cannot be disclosed.