Abstract: A method includes receiving scene image data, comprising left and right images for each eye. Through an eye tracking module, the method includes determining the user's gaze direction or eye vergence. Using this information, the method includes identifying an object in the scene that the user is focusing on, and determining, using a depth estimation module, a left depth from the left eye to the object and a right depth from the right eye to the object. Further, based on the computed left and right depths, the method includes generating, for the left and right eye, constant left and right depth meshes, generating a left and right output images by projecting the left and right images on the corresponding constant left and right depth meshes. Additionally, the method includes displaying the left output image for the left eye and displaying the right output image for the right eye.

Abstract: A method includes receiving scene image data, comprising left and right images for each eye. Through an eye tracking module, the method includes determining the user's gaze direction or eye vergence. Using this information, the method includes identifying an object in the scene that the user is focusing on, and determining, using a depth estimation module, a left depth from the left eye to the object and a right depth from the right eye to the object. Further, based on the computed left and right depths, the method includes generating, for the left and right eye, constant left and right depth meshes, generating a left and right output images by projecting the left and right images on the corresponding constant left and right depth meshes. Additionally, the method includes displaying the left output image for the left eye and displaying the right output image for the right eye.

Abstract: In one embodiment, a computing system may determine a gaze of a user of the computing system. The computing system may generate a foveated map based on the gaze to determine a sensor readout for an image sensor of the computing system. The foveated map may include several foveal regions. The computing system may determine the sensor readout including several zones corresponding to the image sensor based on the several foveal regions. Each of the several zones may indicate a readout resolution for an area of the image sensor for the respective zone. The computing system may capture a first image using the image sensor. The computing system may generate a modified first image based on the captured first image and the sensor readout.