Abstract: A method for reduced-bandwidth wireless 3D video transmission includes receiving initial first-eye frame data, reprojecting the initial first-eye frame data to the second eye (which creates initial second-eye frame data), receiving sensor data; time-warping the initial first-eye and second-eye frame data, and receiving next second-eye frame data S140. The method can additionally or alternatively include perspective warping the initial first-eye frame data; reprojecting the next second-eye frame data to the first eye (which creates next first-eye frame data); performing infilling on the next first-eye frame data with the perspective-warped initial first-eye frame data; time-warping the next first-eye and second-eye frame data; and/or encoding transmitted frame data with sensor data.

Abstract: A system includes a hand controller that includes a rigid ergonomic chassis; a hand strap, coupled to the right side of the ergonomic chassis; a main trigger, configured such that the main trigger is operable by an index finger of the right hand; a lower lever, fixed to the front of the rigid ergonomic chassis and below the main trigger, configured such that the lower lever is actuated by contraction of any of a middle finger, a ring finger, and a pinky finger of the right hand; a joystick, configured such that the joystick is operable by a thumb of the right hand; a tracking module that enables tracking of a position and orientation of the hand controller; and a wireless communication module.

Abstract: A method for reduced-bandwidth wireless 3D video transmission includes receiving initial first-eye frame data, reprojecting the initial first-eye frame data to the second eye (which creates initial second-eye frame data), receiving sensor data; time-warping the initial first-eye and second-eye frame data, and receiving next second-eye frame data S140. The method can additionally or alternatively include perspective warping the initial first-eye frame data; reprojecting the next second-eye frame data to the first eye (which creates next first-eye frame data); performing infilling on the next first-eye frame data with the perspective-warped initial first-eye frame data; time-warping the next first-eye and second-eye frame data; and/or encoding transmitted frame data with sensor data.