Computerworkstation with curved lenticular display

A method, comprising:

• capturing an image of a first user an image capture device of a workstation;
• tracking left-eye position and a right-eye position of the first user at an eye-tracking module of the workstation;
• receiving three-dimensional (3D) content from a first remote device via a network interface of the workstation;
• generating a left-eye frame and a right-eye frame based on the received 3D content, the left-eye position, and the right-eye position;
• displaying the left-eye frame at a first subset of pixels and the right-eye frame at a second subset of pixels of a display comprising a curved autostereoscopic panel including the first subset of pixels and the second subset of pixels;
• and
• generating a 3D model of the first user by selecting a pre-defined 3D model that most closely matches the captured image of the first user from a plurality of pre-defined 3D models of the first user and provide the generated 3D model to a network interface, wherein the pre-defined 3D model is selected based on an energy cost generated for each of the plurality of pre-defined 3D models of the first user.

A non-transitory computer readable storage medium tangibly embodying stored instructions that, when executed by at least one processor, are configured to manipulate a workstation to at least:

• capture an image of a first user an image capture device of the workstation;
• track a left-eye position and a right-eye position of the first user at an eye-tracking module of the workstation;
• receive three-dimensional (3D) content from a first remote device via a network interface of the workstation;
• generate a left-eye frame and a right-eye frame based on the received 3D content, the left-eye position, and the right-eye position;
• and
• display the left-eye frame at a first subset of pixels and the right-eye frame at a second subset of pixels of a display comprising a curved autostereoscopic panel including the first subset of pixels and the second subset of pixels;
• and
• generate a 3D model of the first user by selecting a pre-defined 3D model that most closely matches the captured image of the first user from a plurality of pre-defined 3D models of the first user and provide the generated 3D model to a network interface, wherein the pre-defined 3D model is selected based on an energy cost generated for each of the plurality of pre-defined 3D models of the first user.

A device comprising:

• a display comprising a curved autostereoscopic panel;
• a network interface to receive three-dimensional (3D) content from a first remote device;
• an image capture device to capture an image of a user;
• and
• a processor to:
• generate frames based on the 3D content for display at the curved autostereoscopic display;
• and
• generate a 3D model of the user by selecting a pre-defined 3D model that most closely matches the captured image of the user from a plurality of pre-defined 3D models of the user and provide the generated 3D model to the network interface, wherein the pre-defined 3D model is selected based on an energy cost generated for each of the plurality of pre-defined 3D models of the first user.