Abstract: A method, a system, and a terminal device for data transmission based on Wi-Fi 6 are provided. The method includes broadcasting data packets each carrying a device identification of a first device and a sequence number; determining whether a feedback response message is received within a predetermined time period after a current data pocket is transmitted; determining an authority level of the first device when the router does not receive the feedback response message; setting at least one data packet retransmission window when the authority level of the first device is greater than a first predetermined value, and retransmitting the current data pocket within the at least one data packet retransmission window; or when the authority level of the first device is no more than the first predetermined value, detecting whether feedback information from a second device is received, and transmitting the current data pocket to the first device.

Abstract: A method and an electronic device for allocating routing resources of a WIFI6 router are provided. The method includes determining an application resource configuration strategy and transmitting the application resource configuration strategy to the WIFI6 router; transmitting an application start notification to the WIFI6 router; creating a task queue by querying the application resource configuration strategy according to the target application in the application start notification, and configuring fixed routing resources for the task queue by the WIFI6 router; detecting effect of application data processing on the routing resources and optimizing the routing resource configuration according to the effect; and transmitting an application stop notification to the WIFI6 router by the client device when an application shutdown operation is detected, receiving the application stop notification and releasing the fixed routing resources by disbanding the task queue by the WIFI6 router.

Abstract: A method and an electronic device for allocating routing resources of a WIFI6 router are provided. The method includes determining an application resource configuration strategy and transmitting the application resource configuration strategy to the WIFI6 router; transmitting an application start notification to the WIFI6 router; creating a task queue by querying the application resource configuration strategy according to the target application in the application start notification, and configuring fixed routing resources for the task queue by the WIFI6 router; detecting effect of application data processing on the routing resources and optimizing the routing resource configuration according to the effect; and transmitting an application stop notification to the WIFI6 router by the client device when an application shutdown operation is detected, receiving the application stop notification and releasing the fixed routing resources by disbanding the task queue by the WIFI6 router.

Abstract: A method, a system, and a terminal device for data transmission based on Wi-Fi 6 are provided. The method includes broadcasting data packets each carrying a device identification of a first device and a sequence number; determining whether a feedback response message is received within a predetermined time period after a current data pocket is transmitted; determining an authority level of the first device when the router does not receive the feedback response message; setting at least one data packet retransmission window when the authority level of the first device is greater than a first predetermined value, and retransmitting the current data pocket within the at least one data packet retransmission window; or when the authority level of the first device is no more than the first predetermined value, detecting whether feedback information from a second device is received, and transmitting the current data pocket to the first device.