Abstract: A wireless communication method comprises the following steps: a Static and Public Virtual Access Point (PS-VAP) on a Physical Access Point (PAP) receives a Probe Request from a station; the PS-VAP sends a Virtual Access Point (VAP) Setup Request to a server in response to the Probe Request; the PAP creates a Dedicated-and-Dynamic VAP (DD-VAP) having a Service Set Identifier (SSID) for the station according to a VAP Setup Response sent from the server; and the DD-VAP sends a Probe Reply including the SSID of the DD-VAP to the station.

Abstract: A wireless communication method comprises the following steps: a Static and Public Virtual Access Point (PS-VAP) on a Physical Access Point (PAP) receives a Probe Request from a station; the PS-VAP sends a Virtual Access Point (VAP) Setup Request to a server in response to the Probe Request; the PAP creates a Dedicated-and-Dynamic VAP (DD-VAP) having a Service Set Identifier (SSID) for the station according to a VAP Setup Response sent from the server; and the DD-VAP sends a Probe Reply including the SSID of the DD-VAP to the station.

Abstract: A method for real-time uplink traffic scheduling in a mobile station (MS) to communicate with a base station (BS) in a wireless mobile system. When the BS provides a bandwidth grant to the MS in reply to the uplink from the MS, the uplink service flow will be assigned to different connections with corresponding priorities according to contents of the service flow. The packets within the service flows will be scheduled according to, at least, the bandwidth grant byte size, priorities of the connections, decoding times for transmitting the packets, and/or real-time factors. Within the limitation of the bandwidth grant provided by the BS, types and an order of the packets for transmitting are scheduled accordingly, and the packets received by the BS can satisfy the requirements of the real-time factors for the BS or the decoders, and greatest amount of effective data can be decoded.

Abstract: A method for real-time uplink traffic scheduling in a mobile station (MS) to communicate with a base station (BS) in a wireless mobile system. When the BS provides a bandwidth grant to the MS in reply to the uplink from the MS, the uplink service flow will be assigned to different connections with corresponding priorities according to contents of the service flow. The packets within the service flows will be scheduled according to, at least, the bandwidth grant byte size, priorities of the connections, decoding times for transmitting the packets, and/or real-time factors. Within the limitation of the bandwidth grant provided by the BS, types and an order of the packets for transmitting are scheduled accordingly, and the packets received by the BS can satisfy the requirements of the real-time factors for the BS or the decoders, and greatest amount of effective data can be decoded.