Abstract: In accordance with various embodiments, described herein are systems and methods for use of computer-implemented machine learning to automatically determine insights of facts, segments, outliers, or other information associated with a set of data, for use in generating visualizations of the data. In accordance with an embodiment, the system can use a machine learning process to automatically determine one or more outliers or findings within the data, based on, for example, determining a plurality of combinations representing pairs of attribute dimensions within a data set, from which a general explanation or pattern can be determined for one or more attributes, and then comparing particular values for attributes, with the determined pattern for those attributes. Information describing such outliers or findings can be graphically displayed at a user interface, as text, graphs, charts, or other types of visualizations, and used as a starting point for further analysis of the data set.

Abstract: There are provided an image generating apparatus, an image generating method, and a program for generating an image that allows each of the users sharing a virtual space to see what the ether users are looking at. A virtual space managing section (126) arranges a fixation point object indicative of a fixation point at a position away from a first viewpoint in a first visual line direction passing through the first viewpoint arranged in a virtual space, the first visual line direction corresponding to the attitude of a first head-mounted display. A frame image generating section (128) generates an image indicating how things look from a second viewpoint in a second visual line direction corresponding to the attitude of a second head-mounted display, the second viewpoint being arranged in the virtual space in which the fixation point object is arranged.

Abstract: An electronic device and method are disclosed. The electronic device includes a processor which implements the method, including displaying a virtual environment in which a first device is disposed on a display, the virtual environment simulating a real environment, detecting by at least one processor virtual environment information about the virtual environment, detecting virtual device information about the first device disposed in the virtual environment and at least one second device disposed in the virtual environment, determining a setting value for the first device based on at least one of the virtual environment information and the virtual device information, and storing the determined setting value in a memory.

Abstract: A method and a device for processing spatial data are disclosed, the method includes: transforming the received primitive coordinate of the primitive spatial data into view coordinates of the view window according to the preset view control parameter (S11); analyzing or processing the view coordinates in the view window according to the preset processing method corresponding to the processing type (S12); analyzing or processing the primitive spatial data according to the analyzing or processing result of the view coordinates (S13). The method for processing spatial data disclosed by the embodiment transforms the primitive coordinates of primitive spatial data into the view coordinates of the view window, which solves the problem that the amount of processing result of the spatial data is too huge, and makes it sure that all the processed spatial data can display the spatial relationship among the spatial data correctly.

Abstract: A graphics processing system and method reduce and/or eliminate artifacts during animation by modifying skinning weights used for animating three-dimensionally imaged, compound objects having at least a first object and a second object. The graphics processing system and method identifies a first vertex of a first mesh of a first object and determines that it corresponds to a second vertex from a second mesh of a second object. The graphics processing system determines skinning weights of the second vertex and generates modified skinning weights. The graphics processing system can then animate the second object in some embodiments using the modified skinning weights.

Abstract: A display apparatus includes a signal receiver configured to receive an image signal having a plurality of gradations; a display configured to display an image based on the received image signal; a storage configured to store a plurality of calibration coefficients corresponding to more than two gradations from among the plurality of gradations to calibrate a uniformity of the image; and a controller configured to control the display to apply to the received image signal, a calibration coefficient corresponding to a gradation of the received image signal from among the plurality of gradations to display the image. With this, the uniformity of the image outputted from the display apparatus is exactly calibrated with respect to the plurality of gradations.

Abstract: Methods and devices for real time texture compression may include accessing graphics hardware incompatible compressed textures in a format incompatible with the GPU, and a metadata file associated with the graphics hardware incompatible compressed textures, wherein the metadata file includes at least one hint that provides information to use for compression of decompressed textures from the graphics hardware incompatible compressed textures into hardware compatible compressed textures. The methods and devices may include converting the graphics hardware incompatible compressed textures into the decompressed textures. The methods and devices may include selectively compressing the decompressed textures into the hardware compatible compressed textures usable by the GPU according to the at least one hint from the metadata file. The methods and devices may include transmitting the hardware compatible compressed textures to the GPU.

Abstract: The present invention relates to a terminal and a method of operating therefor. A terminal obtains an input for selecting at least one image, generates at least one collage wallpaper including a color area displaying at least a partial area of the entire area with single color and an image area displaying the at least one selected image on the remaining area of the entire area, and generates a collage wallpaper set including the generated at least one collage wallpaper. The terminal can display the at least one collage wallpaper included in the generated collage wallpaper set.

Abstract: An information processing apparatus including a generation unit that generates display control information for displaying a virtual space based on first operation information detected about a first real object corresponding to a virtual object in the virtual space and second operation information detected about a second real object corresponding to a virtual tool in the virtual space.

Abstract: An image receiving device includes an image processing unit that rotates at least one of first and second images in a process of restoring the first and second images if an image transfer signal received by the image receiving device includes the first and second images in which a direction in which a scan line of the first image extends is different from a direction in which a scan line of the second image extends.

Abstract: An augmented reality (AR) output device or virtual reality (VR) output device is worn by a user and includes one or more sensors positioned to detect actions performed by a user of the immersive output device. A processor provides a data signal configured for the AR or VR output device, causing the immersive output device to provide AR output or VR output via a stereographic display device. The data signal encodes audio-video data. The processor controls a pace of scripted events defined by a narrative in the one of the AR output or the VR output, based on output from the one or more sensors indicating actions performed by a user of the AR or VR output device. The audio-video data may be packaged in a non-transitory computer-readable medium with additional content that is coordinated with the defined narrative and is configured for providing an alternative output, such as 2D video output or the stereoscopic 3D output.

Abstract: A system captures and combines image data from a plurality of image sensors to generate combined images. A plurality of individual rolling-shutter image sensors comprise a pair of adjacent image sensors. A controller combines image data captured by the plurality of individual rolling-shutter image sensors to generate a combined image, the combined image comprising first pixels captured by a first one of the adjacent image sensors, second pixels captured by a second one of the adjacent image sensors and a first boundary between the first pixels and the second pixels. A first one of the adjacent image sensors is configured to have a first integration and readout scanning direction along a first scanning axis and the second one of the adjacent image sensors is configured to have a second integration and readout scanning direction along the first scanning axis. Both of the first and second integration and readout scanning directions are oriented toward (or away from) the first boundary.

Abstract: A method and system for increasing colour gamut of display device are provided, the method comprising following steps. Obtaining RBG value of image. Transferring RGB value from RGB space to HSV space for obtaining saturation of each solid color images of image. Determining whether if percentage of an area which saturation of each natural color is greater than first threshold value in solid color image is occupied on an area of whole image is greater than second threshold value. Adjusting RGB value of solid color image for obtaining adjusted RGB value of adjusted solid color image, if percentage of an area which saturation of natural color is greater than first threshold value in solid color image is occupied on an area of whole image is greater than second threshold value. Outputting adjusted RGB value of the adjusted solid color image.

Abstract: An electronic device includes controller that generates, as a first image, an image in which a second display object is disposed in a region that is on a layer lower than a topmost layer and that is identical to a display region of a second image of a synthetic image while image superimposing unit is outputting synthetic image signal to display, monitors a change in color of an image within the region where the second display object is disposed in the first image, and changes a display form of the synthetic image upon detection of the change in color.

Abstract: Provided is a display control device that can, even with a self-emitting display, minimize power consumption and dramatically increase the battery life time of information device.

Abstract: A system that generates a 3D environment from data collected by depth sensors (such as LIDAR) and color sensors (such as color video camera data) observing an area or activity, transmits versions of the 3D environment to various devices for display, and enables device users to dynamically alter a viewing angle of the 3D environment. The version of the 3D environment sent to each device may be optimized for the device's resolution and for the bandwidth of the connection to the device. Embodiments may enrich the 3D environment by detecting and tagging objects and their locations in the environment, and by calculating metrics related to motion or actions of these objects. Object tags and metrics may be transmitted to devices and displayed for example as overlays of images rendered from user-selected viewing angles. Embodiments of the system also enable 3D printing of an object as a memento for example.

Abstract: A method of analysing at least one hair surface using a 3D printer includes collecting a first imaging data for the at least one hair surface; applying at least one assault to the at least one hair surface; collecting a second imaging data for the at least one hair surface after applying the at least one assault; converting the first imaging data into a first formatted data, the first formatted data associated with the 3D printer; converting the second imaging data into a second formatted data, the second formatted data associated with the 3D printer; producing a first 3D model of the at least one hair surface from the 3D printer using the first formatted data; and producing a second 3D model of the at least one hair surface from the 3D printer using the second formatted data.

Abstract: According to the invention, a method for changing a display based at least in part on a gaze point of a user on the display is disclosed. The method may include receiving information identifying a location of the gaze point of the user on the display. The method may also include, based at least in part on the location of the gaze point, causing a virtual camera perspective to change, thereby causing content on the display associated with the virtual camera to change.

Abstract: An optimization method and a pre-stage device for brightness compensation, includes: providing a brightness obtaining apparatus; photographing a to-be-compensated panel to obtain a brightness compensation reference frame, where the to-be-compensated panel has first pixel units, the brightness obtaining apparatus has second pixel units, the brightness compensation reference frame includes photographing units, and the photographing unit includes second pixel units, where the second pixel unit is bigger than the first pixel unit; using four second pixel units at four endpoints of each of the photographing units as brightness references, and obtaining pieces of brightness compensation data of the other second pixel units in the photographing unit by using a specific operation mode; and performing brightness compensation for the first pixel units corresponding to each of the photographing units by using the pieces of brightness compensation data.

Abstract: This disclosure generally relates to a system, which includes a processor to receive video of a cymatic effect. The video of the cymatic effect may be converted into a virtual reality effect which includes a virtual reality representation of the cymatic effect. The virtual reality effect may then be output by the processor to a virtual reality device for display to a user.