Wireless Sensing Triggers for Lower Power and Higher Throughput

The patent applies dynamics by transitioning from semi-static resource allocation to dynamic trigger-based resource allocation. The sensing receiver only performs measurements when triggered by specific events (e.g., detection of reference signals, control information, or predefined conditions), allowing the system to adapt resource usage to actual sensing needs rather than allocating resources continuously or semi-statically.

The patent implements periodic action through trigger-based measurement initiation. Instead of continuous or semi-static measurement operations, the system uses periodic triggers (such as received reference signals, control information, or time-based conditions) to initiate sensing measurements only when necessary, reducing overall power consumption while maintaining measurement capability.

The patent resolves the throughput loss issue by implementing dynamic resource allocation that adjusts measurement operations based on actual system conditions and traffic requirements. By using triggers tied to data transmission events or network conditions, the system performs sensing measurements only when they do not conflict with data throughput requirements, thereby maintaining both measurement capability and productivity.

The patent applies feedback mechanisms where the sensing receiver monitors for trigger conditions (such as received signals, control information, or network commands) that indicate when sensing measurements should be performed. This feedback-driven approach ensures measurements are taken at appropriate times that balance sensing accuracy requirements with data transmission throughput, avoiding unnecessary measurements that would cause throughput loss.