Error Prevention/Detection By Using Return Channel TRIZ Cases
- DRX Synchronization for Multi-Numerology Mobile Systems
Configuring specific subframes and time points for each numerology synchronizes DRX operations, minimizing false alarms in semi-persistent scheduling.
- Wireless Network Scheduler for TCP ACK Latency Reduction
Pre-allocating uplink resources based on counted TCP segments eliminates waiting time for resource requests, reducing bulk data transfer latency.
- Dynamic Diagnostic Frame Transmission for Industrial Communication Reliability
A method adjusts diagnostic frame transmission frequency based on real-time communication state to optimize link usage.
- DSDS RF Resource Retention for PDU Reception
A DSDS device blocks RF tune away via timers to maintain network synchronization and prevent missed PDUs.
- PDSCH Processing Prioritization in Bandwidth Parts
Prioritized processing of PDSCHs across bandwidth parts resolves communication disruptions caused by exceeding UE processing capabilities.
- PUCCH Format 3 Uplink Control Channel Multiplexing
PUCCH format 3 doubles multiplexing capacity for uplink control information by segmenting ACK/NACK bits across distinct resource structures.
- Base Station Group Acknowledgement Bitmap for Uplink Detection
A base station generates bitmap-based acknowledgement messages to indicate data presence for multiple user equipments simultaneously.
- Feedback Signaling Scheme for Collision-Free Mobile Data Transmission
A feedback signaling scheme determines radio resources based on current transmission counters to enable collision-free data packet acknowledgment.
- Single Sequence Number Retransmission in 5G Dual Connectivity
A receiver uses a single sequence number and reordering timer to manage packet delivery across multiple base stations.
- TCP Packet Retransmission via Secondary Path
A TCP retransmission method uses a secondary path to send response messages and packets.
- Coordinator Base Station for Link-Level Acknowledgment Management
A coordinator base station consolidates acknowledgments from multiple base stations, reducing duplicate traffic and improving bandwidth utilization.
- Dynamic Carrier Switching for Frequency Diversity in DC-HSDPA
Dynamic carrier switching reassigns HARQ retransmissions across different carriers to resolve fixed mapping restrictions and improve network efficiency.