Frame Aggregation Using Operator State for Wireless Throughput

The patent applies local quality by differentiating judgment criteria for frame aggregation based on device type. Handheld terminals use one set of judgment criteria (considering operator state), while wireless access devices use another set. This allows the system to adapt the channel state information acquisition accuracy to the specific local characteristics of each device type, resolving the contradiction between throughput improvement and measurement precision.

The patent introduces dynamic adjustment of frame aggregation judgment by incorporating operator state information that changes over time. The system dynamically evaluates both channel quality and operator state (such as user activity, attention level) to make real-time decisions about frame aggregation, thereby maintaining high throughput while ensuring accurate channel state information acquisition adapts to changing conditions.

The patent segments the frame aggregation judgment process into distinct pathways based on device type. Handheld terminals undergo a two-factor judgment (channel quality + operator state), while wireless access devices undergo a different judgment process. This segmentation allows the system to manage complexity by creating specialized, optimized judgment logic for each device category rather than using a single complex universal logic.

The patent changes the parameters used for frame aggregation judgment based on device type. For handheld terminals, the system incorporates operator state parameters (such as user activity level, attention state) alongside channel quality parameters. For wireless access devices, different parameters are used. This parameter adaptation allows accurate judgment while managing system complexity through context-appropriate parameter selection.