High Level Techniques TRIZ Cases
- 5G UE Paging Group Indicator for Selective PDSCH Decoding
A paging group indicator in DCI lets a 5G UE skip unnecessary PDSCH decoding, cutting power use while preserving paging reliability.
- Multi-SIM Paging Cause Grouping for Collision-Resilient Wireless Paging
Grouping common paging causes and using multiple UE IDs reduces signaling overhead, avoids paging collisions, and improves coverage.
- 5G Common Signal Adaptation for UE-Specific Energy Saving
On-demand adaptation of SSB, paging, and random access channels cuts unnecessary 5G transmissions while matching common signals to UE needs.
- NEF Monitoring Event Handover Across 5G and EPS Networks
An NEF relays monitoring subscriptions between AMF and MME to keep IoT event tracking continuous during 5G-EPS mobility without direct interfaces.
- Stylus Uplink Channel Switching for Electrode Interference
Periodic switching between stylus receiving electrodes maintains uplink decoding when interference causes ink dropouts, disconnection, and latency.
- Coordinated WAN Backhaul Load Balancing Across Distinct LANs
Adaptive traffic aggregation routes and re-routes LAN traffic across coordinated WAN backhauls to improve utilization and self-heal link failures.
- Network Slice Handover Control for 5G Throughput Bottlenecks
Packet-based slice identification shifts selected users from 5G to 4G base stations to avoid congestion and preserve communication quality.
- Shared COT Signaling for Service-Specific Power Detection
Indication signaling maps service types to COT-sharing power thresholds, helping network devices transmit fairly and efficiently in shared spectrum.
- Relay Reselection Using Beam Failure Triggers for Stable Links
Beam failure and radio link failure triggers reduce unnecessary relay switching, helping remote terminals keep stronger links and better efficiency.
- Small Data Transmission Resource Selection in RRC_INACTIVE
Logical channel restrictions steer small data to RA or configured grant resources in RRC_INACTIVE, improving service isolation and efficiency.
- Conditional Handover Using Candidate Cell Operating Modes
Preconfigured handover conditions tied to candidate cell modes help UE select energy-saving cells with lower decision burden and better network performance.
- N14 Interface Support Signaling for Seamless NG-RAN Handover
Preloaded N14 support status lets NG-RAN avoid unnecessary handovers, preserving service continuity and reducing delay across networks.
- Conditional Handover Profiles for Non-Terrestrial 5G Energy Saving
Preconfigured handover profiles shift UE sessions from non-terrestrial to terrestrial nodes during energy saving while preserving QoS, latency, and reliability.