Abstract:
A head-mounted device (HMD) for enabling a 3D drawing interaction in a mixed-reality space is provided. The HMD includes a frame section, a rendering unit providing a specified image, a camera unit attached to the frame section to pick up an image for rendering, and a control unit configured to, when the camera unit picks up an image of a specified marker, perform a calibration process based on position information of the image of the marker displayed on a screen of the HMD and to, when there is a motion of an input device for interaction with a virtual whiteboard, obtain position information of an image of the input device displayed on a virtual camera screen based on position information of the whiteboard.
Abstract:
An apparatus for providing haptic force feedback to a user interacting with a virtual object in a virtual space is provided. The apparatus includes a force-feedback provision unit providing a sensation of touch arising from an interaction with the virtual object to at least a portion of the user's body. A processor unit performs (i) receiving at least one of a first force-feedback control data generated based on vector information on a motion of the at least a portion of the user's body and information on the virtual object and a second force-feedback control data generated based on image information the information on the virtual object from the external terminal, or (ii) generating at least one of the first and second force-feedback control data.
Abstract:
A head-mounted device (HMD) for enabling a 3D drawing interaction in a mixed-reality space is provided. The HMD includes a frame section, a rendering unit providing a specified image, a camera unit attached to the frame section to pick up an image for rendering, and a control unit configured to, when the camera unit picks up an image of a specified marker, perform a calibration process based on position information of the image of the marker displayed on a screen of the HMD and to, when there is a motion of an input device for interaction with a virtual whiteboard, obtain position information of an image of the input device displayed on a virtual camera screen based on position information of the whiteboard.