WLAN STA Measurement Time Gaps for Assisted Neighbor AP Scanning

The patent implements long-term assisted measurement frameworks where the access point performs measurements in advance before handover decisions are needed. The access point continuously monitors radio conditions and pre-evaluates neighbor APs, storing measurement results for later use in handover decisions, thereby eliminating the need for reactive measurements at the time of handover requirement.

The patent introduces an intermediary measurement framework where the access point acts as a mediator between the station and the radio environment. The access point performs assisted measurements on behalf of the station, processing radio condition data and neighbor AP information, and providing processed results that guide handover decisions without requiring the station to perform all measurements independently.

The patent applies partial action by having the access point transmit beacons only at specific intervals and only when measurement assistance is needed, rather than continuous transmissions. The system determines appropriate beacon transmission timing based on mobility conditions and handover requirements, reducing unnecessary transmissions while maintaining sufficient measurement coverage for accurate neighbor AP evaluation.

The patent implements self-service mechanisms where the access point autonomously determines when beacon transmissions are necessary based on detected mobility conditions and handover requirements. The system monitors radio conditions and automatically adjusts beacon transmission timing without requiring station requests, thereby reducing overall power consumption while maintaining measurement effectiveness.