Abstract: This application discloses an optical computing apparatus and method, and relates to the field of optical processing technologies. The apparatus implements two-dimensional Fourier transform of input data. The apparatus includes a beam splitting phase shift module and a beam combination module. The beam splitting phase shift module is configured to receive a plurality of input optical signals that indicate input data, and output a plurality of groups of intermediate optical signals based on the plurality of input optical signals. The beam combination module is configured to obtain a plurality of output optical signals based on the plurality of groups of intermediate optical signals, where output data indicated by the plurality of output optical signals is data obtained through two-dimensional Fourier transform performed on the input data.

Abstract: A device may include a display for displaying an image frame based on processed image data and image processing circuitry. The image processing circuitry may process a first tile, of multiple of tiles dividing the image frame, of input image data based on changing a first respective portion of the input image data to generate a first respective portion of the processed image data and process a second tile of the input image data based on changing a second respective portion of the input image data to generate a second respective portion of the processed image data based on a sub-portion of the first respective portion of the input image data.

Abstract: A device may include a display for displaying an image frame based on processed image data and image processing circuitry. The image processing circuitry may determine an active window associated with a portion of the image frame to be processed by the image processing circuitry and determine locations of tiles based on a location of the active window relative to the image frame. Additionally, a conglomerate of the tiles may encapsulate the active window. The image processing circuitry may also fetch respective portions of input image data corresponding to the tiles and independently process each of the tiles to generate respective portions of the processed image data.

Abstract: The present technology relates to a robotic filming system that provides an intelligent camera movement solution. The present robotic filming system may be highly portable and scalable, providing a user friendly, intelligent, and repeatable camera motion control solution. In certain embodiments, the robotic filming system may include a mechanical system, an electrical system, a human-robot control interface, and a software system. The mechanical system may include a gimbal stabilizer, a mobile platform, and a linear unit. A human-robot control interface may include a two-level control structure and include three control modes: a manual mode, a pre-programmed mode, and a repeat mode.

Abstract: This application discloses an optical computing apparatus and method, and relates to the field of optical processing technologies. The apparatus implements two-dimensional Fourier transform of input data. The apparatus includes a beam splitting phase shift module and a beam combination module. The beam splitting phase shift module is configured to receive a plurality of input optical signals that indicate input data, and output a plurality of groups of intermediate optical signals based on the plurality of input optical signals. The beam combination module is configured to obtain a plurality of output optical signals based on the plurality of groups of intermediate optical signals, where output data indicated by the plurality of output optical signals is data obtained through two-dimensional Fourier transform performed on the input data.