Receiver Specific Arrangements TRIZ Cases
- BWP Indication in Fixed-Bit DCI for Lower Blind Detection Load
Fixed-bit DCI for BWP indication cuts blind detection complexity and terminal power use while preserving efficient 5G data scheduling.
- PDCCH Blind Detection Limiting via Slot Grouped Scheduling Cells
Grouping scheduling cells for slot group based PDCCH blind detection cuts UE monitoring complexity and power use in high-frequency NR.
- PDCCH Blind Decoding Capability Reporting for Carrier Aggregation
Segmented UE reporting of PDCCH blind decoding capabilities helps networks allocate resources more accurately across CA and span configurations.
- Adaptive LoRa Radio Configuration via Preamble Rate Detection
A LoRa base station reads packet preambles to detect bandwidth and spreading factor, then adapts reception for mixed data rates.
- PDCCH Span Monitoring for URLLC Power-Latency Tradeoffs
Configuring span-level PDCCH monitoring lets terminals balance DCI reception reliability, power consumption, and URLLC latency.
- PDCCH Repetition Monitoring Under Blind Decode Limits
Overbooking rules and search-space priorities improve PDCCH coverage for reduced-capability WTRUs without exceeding blind decode limits.
- ULCI Control Channel Resource Mapping for Faster UE Decoding
A predefined CORESET and search space let the UE find the right ULCI candidate faster, cutting processing delay and improving reception reliability.
- Scrambling Code Initialization for Consistent EHT PPDU Synchronization
Service field bits from a non-EHT PPDU are used to derive a consistent EHT scrambling state, reducing interference across WLAN devices.
- Two-Step DCI Resource Mapping for 5G Terminal Scheduling
Implicit mapping from first-DCI parameters lets a 5G terminal find second-DCI resources with lower complexity and less interference.
- HF Sensor Network Error Estimation With Uncertainty-Aware Fusion
Machine-learning decoding and uncertainty-aware fusion improve HF sensor estimates despite non-stationary channels and high bit error rates.
- Semantic Signal Processing for Fading-Channel Generalization
Channel estimation, equalization, and power allocation let AWGN-trained semantic decoders work effectively on fading multi-user channels.
- PDCCH CORESET Scheduling for Multiple 5G Service Types
Bitmap-based CORESET timing and non-overlapping CCE allocation improve 5G PDCCH scheduling across services with different latency and reliability needs.
- HARQ-ACK Transmission for Multicast PDSCH Retransmission Control
Initial DL data is sent by multicast PDSCH, then retransmission switches to unicast to keep HARQ-ACK control reliable and throughput stable.
- NR UE Processing Time Switching for Low-Power Blind Decoding
Dynamic switching of NR UE processing time and blind decoding effort cuts power use and latency while preserving scheduling flexibility.
- NR BWP Switching Verification for False DCI Detection
UE-side checks of TDD conflicts, decoder metrics, and corrected symbols filter false BWP switch DCI and avoid unnecessary RACH or RRC recovery.
- Adaptive FEC Error Thresholds for Variable Network Conditions
Dynamic error-rate thresholds let FEC decoding adapt to SNR, latency, and traffic priority to balance retransmission, bandwidth, and delay.