Abstract: This application discloses a device display control method, an electronic device, and a communication system, and relates to the field of wireless remote control technologies. This can accurately determine a presentation position of a displayed object (for example, a cursor) corresponding to a control device on a display device and provide better device control experience for a user. In this solution, the presentation position of the displayed object is determined based on a position that the control device points to on a display. Therefore, in both a single-display device scenario and a multi-display device scenario, convenient, immersive, and precise device control experience can be brought to the user.

Abstract: Optimization of data synchronization latency when load balancing requests is provided. A request directed to a first server device in the first region is offloaded to a second server device in a second region that is different from the first region for load balancing. Data is generated based on processing the request by the second server device in the second region. A target region of a client device requesting the generated data is dynamically determined such that the target region is different from the second region. The generated data is stored in a datastore of the target region of the client device requesting the generated data. Thus, data is advantageously directly stored in the region(s) where clients are requesting that data without needing to wait for eventual synchronization of data to the region(s) where clients are requesting that data.

Abstract: A computerized method automatically generates mitigation operations to address service incidents in a production environment. An incident associated with a service deployed in a production environment is detected. A rule associated with the service is then determined which describes a requirement of the service that must be maintained. A solution generator model is used to determine a mitigation operation to address the incident. The service is deployed to a shadow environment that is scaled down compared to the production environment. The incident is reproduced by directing traffic to the service and using a scaled-down threshold. The service is modified using the mitigation operation, and the modified service is executed in the shadow environment. If it is determined that the detected incident is addressed by the mitigation operation, the service in the production environment is modified using the mitigation operation.

Abstract: This application discloses a device display control method, an electronic device, and a communication system, and relates to the field of wireless remote control technologies. This can accurately determine a presentation position of a displayed object (for example, a cursor) corresponding to a control device on a display device and provide better device control experience for a user. In this solution, the presentation position of the displayed object is determined based on a position that the control device points to on a display. Therefore, in both a single-display device scenario and a multi-display device scenario, convenient, immersive, and precise device control experience can be brought to the user.