Signal Allocation TRIZ Cases

Autonomous UE selects physical layer channels to transmit K bit blocks, reducing latency and resource overhead in massive MIMO beam recovery.

Dynamic carrier switching for PUCCH repetitions reduces latency by transmitting final signals on the earliest available carrier, conserving UE power.

Poll triggering frames replace ACK-based timing to eliminate variable transmission delays and ensure precise synchronization in millimeter-wave sensing.

A trigger signaling mechanism coordinates uplink data and control information transmissions in unlicensed spectrum systems.

Dynamic mapping of uplink control information via rate-matching or puncturing resolves processing complexity and interference trade-offs.

Terminal device acquires downlink control information to determine subgroup indication for specific physical downlink shared channel parsing.

A relay User Equipment manages PC5 and Uu channels to initiate RRC connection resume procedures.

Transmitting devices obtain radio condition information from receiving devices to determine transmission timing.

A scheduling mechanism validates PDSCH and PUSCH channels against TDD configurations to prevent symbol overlaps.

User equipment counts linked physical downlink control channel candidates across transmission time intervals toward blind decoding limits.

A device monitors downlink control channels using distinct Transmission Coordination Indicator states for separate search spaces.

Segmented radar excitation signals with varied burst durations reduce air interface overhead while maintaining fine velocity resolution.

Generating channel status reports at the MAC layer reduces physical control channel burden while maintaining reliable reporting for machine-to-machine devices.

Piggybacking coordination messages on data transmissions reduces sensing time and interference while maintaining resource detection accuracy.

A beam management event configuration directs user equipment to measure specific signal parameters and report trigger conditions.

Pre-calculated timing error correction values stored in lookup tables resolve the trade-off between measurement precision and computational complexity.

A relay device receives combined transport blocks via the Physical Downlink Shared Channel to forward control information to user equipment.

Partial beam training reduces millimeter wave overhead by predicting unmeasured beam values from a subset of measured signals.

Segmenting root sequences by cubic metric and cell size resolves the trade-off between adjacent channel interference and coverage in high mobility networks.