Abstract:
Use is made of the Notice-of-Absence (NoA), as is a Wi-Fi/Bluetooth time sharing mechanism. This mechanism dictates ‘n’ cycles of absent and present duration of P2P-GO starting at a defined time ‘t’. The information bits of NoA are communicated from GO to the Client in the Beacons (for the period of NoA in use). Time-sharing between Bluetooth and WLAN at P2P-GO, is communicated using NoA to the P2P-Client. For the duration of both Bluetooth and WLAN radios transmitting/receiving traffic, NoA is used such that the absent duration covers the Bluetooth Interval and present-duration covers the WLAN interval. This NoA remains effective for as long as the time-sharing mode between BT and WLAN radios. As soon as, P2P-GO enters the time-sharing mode, NoA parameters are determined based on the timesharing mode (Dynamic Long and Dynamic Short). The start time of NoA schedule is determined after synchronizing to the time-sharing scheduler. The start time of NoA schedule is ‘n’ TBTTs after entering the time-sharing mode so that the Clients have ample opportunity to receive the NoA information. Until NoA schedule starts, P2P-GO may protect Bluetooth Interval using CTS2S frames. After NoA schedule comes into play, P2P-GO may send CTS2S only for asynchronous Bluetooth traffic.
Abstract translation:使用无线通知(NoA),以及Wi-Fi /蓝牙时间共享机制。 该机制规定了在定义的时间't'开始的P2P-GO的缺席和存在持续时间的“n”个周期。 NoA的信息位从GO发送到Beacon中的客户端(在使用中的NoA期间)。 P2P-GO之间的蓝牙和WLAN之间的时间分配使用NoA传送给P2P客户端。 在蓝牙和WLAN无线电发射/接收业务的持续时间内,使用NoA,使得缺席时间覆盖蓝牙间隔,并且持续时间覆盖WLAN间隔。 只要BT和WLAN无线电之间的分时模式,此NoA仍然有效。 一旦P2P-GO进入分时模式,将根据分时模式(Dynamic Long and Dynamic Short)确定NoA参数。 NoA计划的开始时间在同步到分时调度器之后确定。 NoA计划的开始时间在进入分时模式后为'n'TBTT,以便客户端有充足的机会接收NoA信息。 直到NoA计划开始,P2P-GO可以使用CTS2S帧保护蓝牙间隔。 在NoA计划发布后,P2P-GO可能只发送CTS2S用于异步蓝牙流量。
Abstract:
A method, an apparatus, and a computer-readable medium for wireless communication are provided. In one aspect, an apparatus is configured to identify interference information associated with at least one traffic stream. The apparatus is further configured to transmit a message to an access point. The message includes a stream ID associated with the interference information and with the at least one traffic stream. The message includes the interference information, and the interference information includes an offset value and an interval/duration value.