Transmission Format Adaptation TRIZ Cases
- Simple Message Packet Communication for Faster Data Exchange
Omitting address and length details from frequent message packets cuts transmission volume and shortens communication time.
- Adaptive Packet Formatting for Low-Overhead Network Transmission
Context-indexed headers and byte-by-byte packet building cut header overhead, improve goodput, and preserve switch interoperability.
- LDPC Rate Matching for Long-Range Reliable Wireless Links
Improved LDPC rate matching reduces puncturing and shortening while extending wireless range and reliability with selective pilot power boosting.
- Ethernet Fg-BU Frame Lock Detection Using Consecutive Frame Checks
Consecutive Fg-BU frame checks use sync headers, block type, CRC, and length to determine lock status and protect Ethernet data integrity.
- Constellation Shaping With Functional Fitting for Higher-Order QAM
Piecewise polynomial fitting enables dynamic constellation shaping in higher-order QAM to raise channel capacity with lower processing complexity.
- Data Unit Length Matching for Efficient Multi-Path Frame Transfer
Consecutive data unit strings are length-matched with selective padding to reduce transfer overhead while limiting frame loss.
- Short Response Feedback Packet Formats for Multi-STA Wi-Fi
Trigger-based packet formats let multiple wireless stations report feedback with less time and frequency resource overhead.
- Communication Interface Data Formatting for Lower Power Loss
This case selects data and address formats with more low-loss bits, reducing heat-dissipation demands in communication interfaces.
- Packet Concatenation for FEC Encoding Bandwidth Optimization
Concatenating variable-size packets into uniform blocks before forward error correction encoding reduces dummy data padding and saves network bandwidth.
- LDPC FEC Padding Mechanism for Wireless Payload Efficiency
Dynamic pre-FEC padding reduces high ratios in small payloads, improving transmission efficiency without compromising error correction.
- Packet Wash Intermediary Nodes Reduce Network Latency
Intermediary nodes modify data packet payload sizes based on wash specifications, reducing retransmission requirements and conserving network resources.
- A-MPDU Padding for HARQ Decoding Accuracy
Segments A-MPDUs with dynamic padding to resolve decoding errors from adjacent MPDUs in IR-HARQ systems.
- PDCP Packet Size Alignment for Wireless Network Coding
Adjusting PDCP packet sizes to match outer coding symbol requirements minimizes retransmissions and reduces latency in wireless communications.