Abstract: Implementations described herein relate to methods, systems, and computer-readable media to provide spatialized audio in virtual experiences. The spatialized audio may be used in voice communications such as, for example, voice and/or video chats. The chats may include spatialized audio that is combined at a client device, or at an online experience platform, and is targeted to a particular user. Individual audio streams may be collected from a plurality of avatars and other objects, and combined based on the target user. The audio may also include background and/or ambient sounds to provide a rich, immersive audio stream in virtual experiences.

Abstract: A system has a network-connected game platform for a specific player, executing first software on a first processor from a non-transitory medium, a game server connected to the network, streaming game data for a specific game to the network-connected game platform, the game server executing second software on a second processor from a non-transitory medium, and an interactive interface presented on a display screen of the first mobile device, the interactive interface displaying progress of the specific game, and comprising in addition a specific command input function. Through the command input function, the player is enabled to command the system to prepare a video clip, prepared using saved game updates, displaying activity in the game, over a period of time beginning and ending at times either preprogrammed, or set by selection through specific input functions provided to the player.

Abstract: A system has a network-connected game platform for a specific player, executing first software on a first processor from a non-transitory medium, a game server connected to the network, streaming game data for a specific game to the network-connected game platform, the game server executing second software on a second processor from a non-transitory medium, and an interactive interface presented on a display screen of the first mobile device, the interactive interface displaying progress of the specific game, and comprising in addition a specific command input function. Through the command input function, the player is enabled to command the system to prepare a video clip, prepared using saved game updates, displaying activity in the game, over a period of time beginning and ending at times either preprogrammed, or set by selection through specific input functions provided to the player.

Abstract: A device for checking the wheel suspension of a vehicle, in particular, of a motor vehicle, includes: a device for determining the wheel normals and/or the center of rotation of a wheel of the vehicle; a device for determining the movement trajectory of the wheel normals and/or of the center of rotation of the wheel during a movement of the vehicle; and a comparison and evaluation device, which is configured to compare the determined movement trajectory of the wheel normals and/or of the center of rotation of the wheel to a predefined movement trajectory, and to output a defect message when the deviation of the determined movement trajectory from the predefined movement trajectory exceeds a predefined limiting value.

Abstract: A device for checking the wheel suspension of a vehicle, in particular, of a motor vehicle, includes: a device for determining the wheel normals and/or the center of rotation of a wheel of the vehicle; a device for determining the movement trajectory of the wheel normals and/or of the center of rotation of the wheel during a movement of the vehicle; and a comparison and evaluation device, which is configured to compare the determined movement trajectory of the wheel normals and/or of the center of rotation of the wheel to a predefined movement trajectory, and to output a defect message when the deviation of the determined movement trajectory from the predefined movement trajectory exceeds a predefined limiting value.

Abstract: A method for determining the position and the alignment of a camera of a driver-assistance system of a vehicle relative to the vehicle includes the following steps of recording at least one mark of a measuring target affixed on the left wheel of the rear axle, and at least one mark of a measuring target affixed on the opposite, right wheel of the rear axle in at least two vehicle positions, using two measuring cameras, determining the geometrical axis of motion of the vehicle relative to the two measuring cameras therefrom, recording a calibration target of a driver-assistance system, using the two measuring cameras, determining the position of the calibration target of the driver-assistance system relative to the two measuring cameras therefrom, determining the position and the alignment of the calibration target of the driver-assistance system relative to the geometrical axis of motion of the vehicle, recording the calibration target of the driver-assistance system by the camera of the driver-assistance sys