Error Prevention/Detection By Transmission Repeat TRIZ Cases
- Wireless Data Transmission Reliability Around Missing Data Units
When expected data units fail to arrive, adjacent units get retransmission or stronger radio protection to avoid consecutive failures.
- Video NIC Direct Frame-Buffer Transfer for High-Speed Pixel Streams
Direct NIC packet extraction writes pixel data into frame buffers, cutting copy overhead and speeding high-speed video transport.
- Packet Retransmission Thresholding for Jitter-Aware Data Recovery
Loss-rate-based retransmission thresholds and key packet prioritization cut excess resend requests, reducing network jitter and delay.
- 5GS TSN Bridge FRER Configuration for Deterministic Reliability
FRER parameters let a 5GS TSN bridge identify, replicate, and recover streams for more reliable deterministic transmission.
- Tail Packet Redundancy for Low-Latency Data Transmission
Redundant tail packets sent from a first node cut loss-triggered TLP and RTO delays while balancing reliability against transmission overhead.
- Traffic Profile Packet Collection Across Multiple Network Nodes
Traffic profiles filter mirrored packets at each node, cutting merge effort and file size while centralizing network troubleshooting data.
- RLC Autonomous Retransmission Conditions for Congestion Control
Conditional RLC autonomous retransmissions use configured triggers and timers to cut congestion, signaling overhead, and latency.
- Layer 2 Frame Ordering via Sequence Number Disambiguation
A link redundancy entity buffers duplicate Layer 2 frames and resolves sequence wraparound to prevent out-of-order delivery and packet loss.
- Source-Coded HARQ Retransmission Using Bit Priority Feedback
Retransmit only source-coded bits that matter most by using decoding outcome feedback to cut errors, bandwidth waste, and HARQ overhead.