I would like to propose that pen-centric computing be considered as an important XR scenario.
Users could hold pencils, pens, dry-erase markers, or similarly shaped stylus devices, and computer vision algorithms could track the positions and orientations of these objects in space and time.
If a stylus device should have internal sensors, computer vision algorithms could corroborate, enhance, and potentially calibrate the measurements from the devices.
Whether using plain pencils, pens, or dry-erase markers, or advanced digital styluses, users could write on paper, dry-erase boards, or other surfaces while simultaneously authoring digital documents.
In addition to design-related applications, exciting scenarios include science, technology, engineering and mathematics education and collaboration.
I would like to propose that pen-centric computing be considered as an important XR scenario.
Users could hold pencils, pens, dry-erase markers, or similarly shaped stylus devices, and computer vision algorithms could track the positions and orientations of these objects in space and time.
If a stylus device should have internal sensors, computer vision algorithms could corroborate, enhance, and potentially calibrate the measurements from the devices.
Whether using plain pencils, pens, or dry-erase markers, or advanced digital styluses, users could write on paper, dry-erase boards, or other surfaces while simultaneously authoring digital documents.
In addition to design-related applications, exciting scenarios include science, technology, engineering and mathematics education and collaboration.
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