Abstract: An access point may utilize fast exchange of operation information with other access points in a wireless local area network (WLAN) to facilitate improved service. In particular, the access point may discover the other access points in a radio-frequency (RF) neighborhood using wireless communication. Then, the access point may exchange operational information with the other access points using dedicated connections. Subsequently, the access point may associate with the electronic device. If the access point determines that a basic-service-set (BSS) transition is warranted based on a criterion (such as the current number of associations with the access point), the access point may recommend one or more access points in the other access points for the electronic device to associate with based on the operational information, so that the electronic device is able to obtain improved communication performance relative to that provided by the access point.

Abstract: An access point may utilize fast exchange of operation information with other access points in a wireless local area network (WLAN) to facilitate improved service. In particular, the access point may discover the other access points in a radio-frequency (RF) neighborhood using wireless communication. Then, the access point may exchange operational information with the other access points using dedicated connections. Subsequently, the access point may associate with the electronic device. If the access point determines that a basic-service-set (BSS) transition is warranted based on a criterion (such as the current number of associations with the access point), the access point may recommend one or more access points in the other access points for the electronic device to associate with based on the operational information, so that the electronic device is able to obtain improved communication performance relative to that provided by the access point.

Abstract: A manufacturing method of a composite long fiber product has steps of preparing base materials, mixing the base materials, and injection molding. In the step of preparing base materials, a first plastic base material, a second plastic base material, and a carbon fiber base material are prepared. In the step of mixing the base materials, the carbon fiber base material is grinded in a first mixing device and is mixed with the first plastic base material. An average length of the grinded carbon fiber base material is at least 10 millimeters. In the step of the injection molding, the first plastic base material and a mixture of the second plastic base material and the carbon fiber base material are injected into a molding device. The mixture of the second plastic base material and the carbon fiber base material can diffuse uniformly in the molding device.

Abstract: A manufacturing method of a composite long fiber product has steps of preparing base materials, mixing the base materials, and injection molding. In the step of preparing base materials, a first plastic base material, a second plastic base material, and a carbon fiber base material are prepared. In the step of mixing the base materials, the carbon fiber base material is grinded in a first mixing device and is mixed with the first plastic base material. An average length of the grinded carbon fiber base material is at least 10 millimeters. In the step of the injection molding, the first plastic base material and a mixture of the second plastic base material and the carbon fiber base material are injected into a molding device. The mixture of the second plastic base material and the carbon fiber base material can diffuse uniformly in the molding device.

Abstract: An embodiment of a relay station for a base station and a mobile station is provided. The relay station includes a first base station module and a mobile station module. The first base station module receives a control packet and a data packet transmitted by a mobile station. The mobile station module receives and transmits the control packet and the data packet to the base station, wherein the first base station module transmits the control packet to the mobile station module via a tunnel mode, and transmits the data packet to the mobile station module via a bridge mode.

Abstract: An embodiment of a relay station for a base station and a mobile station is provided. The relay station includes a first base station module and a mobile station module. The first base station module receives a control packet and a data packet transmitted by a mobile station. The mobile station module receives and transmits the control packet and the data packet to the base station, wherein the first base station module transmits the control packet to the mobile station module via a tunnel mode, and transmits the data packet to the mobile station module via a bridge mode.