Pilot Signal Allocation TRIZ Cases

First devices obtain positioning reference signal configuration to establish direct sidelink links, reducing latency by removing base station intervention.

A group location service mechanism positions multiple terminal devices simultaneously using broadcast messages.

Coordination logic assigns frequency offsets and time slots to ambient power devices, resolving uplink frame collisions.

Terminals transport data over sidelinks on shared bands by executing listen-before-talk procedures to resolve resource utilization conflicts.

Dynamic positioning reference signal priority adjustment reduces latency by prioritizing measurements when scheduling intervals exceed thresholds.

A radar reference signal generator iteratively adds scaled signals at specific time points to shape waveform correlation properties.

A positioning apparatus reuses reference signal measurements from prior sessions to initialize new processes.