Abstract: The present technology pertains to a method to balance the performance of an application with the device health and the application runtime health statistics utilizing a hybrid approach. In the hybrid approach, the static performance control is a robust machine learning algorithm trained on data from many client devices and applications. The dynamic performance control is local to the client device and the application and reacts to the real-time device performance and application performance. Additionally, a user can provide their preferences for the performance and resource optimization of the application.

Abstract: The present invention relates to the technical field of floors, in particular to a floor with a specially-treated edge and a manufacturing process thereof, wherein clamping grooves are provided around a floor body, the transition between the clamping groove and the floor surface is constructed as an are or an irregular concave-convex surface, and a three-stage molding process is used: pressing and locating, die cutting into blocks, and maintaining pressure for shaping; after being processed, the floor has been cut into small pieces as a whole, and there are clamping grooves with a fixed size around the floor body; a joint between each piece of the floor is constructed as an arc or an irregular concave-convex surface; the floor with a specially-treated edge processed in this way solves the problem of inaccurate location caused by the sawing processing, and the present invention can realize mass production.

Abstract: In various embodiments, a device receives a first video stream of a video conference. The device receives a second video stream of the video conference. The second video stream includes an indicated location for video of the second video stream relative to video of the first video stream. The device merges the first video stream and the second video stream into an overlapped video having the video of the second video stream located at the indicated location relative to the video of the first video stream. The device provides the overlapped video for display.

Abstract: In various embodiments, a device receives a first video stream of a video conference. The device receives a second video stream of the video conference. The second video stream includes an indicated location for video of the second video stream relative to video of the first video stream. The device merges the first video stream and the second video stream into an overlapped video having the video of the second video stream located at the indicated location relative to the video of the first video stream. The device provides the overlapped video for display.

Abstract: In various embodiments, a device receives a first video stream of a video conference. The device receives a second video stream of the video conference. The second video stream includes an indicated location for video of the second video stream relative to video of the first video stream. The device merges the first video stream and the second video stream into an overlapped video having the video of the second video stream located at the indicated location relative to the video of the first video stream. The device provides the overlapped video for display.