Payload Allocation TRIZ Cases
- Service-Optimized App-Communication Interface for Low-Latency Wireless Data
Hierarchical PDU mapping and relevance-based packet priority cut wireless latency and traffic load while preserving complete data delivery.
- Physical Channel Multi-Slot Scheduling With Flexible Time Resources
Flexible time-domain allocation lets a physical channel span multiple time units without fixed slot positions, reducing waste and improving scheduling.
- Multi-Frequency Data Transmission for Faster Bit-Aligned Sending
Segmented binary fragments are mapped to different sending frequencies to speed transmission while reducing computation and disk writes.
- Joint DCI Scheduling for Multi-Channel 5G NR Resource Limits
Combining multiple member DCIs into one joint DCI cuts PDCCH overhead while preserving flexible multi-channel scheduling in 5G NR.
- Virtual Port IP Packet Conversion Across IPv4 and IPv6
A network appliance uses virtual ports to convert IPv4 and IPv6 packets, preserving payloads while bridging different address spaces.
- SBFD Collision Rules for Overlapping Uplink and Downlink Symbols
Priority-based SBFD collision rules help half-duplex UEs decide whether to transmit or receive when uplink and downlink overlap.
- PDSCH/PUSCH Repetition Scheduling for Multi-Transmission URLLC
TDRA tables assign multiple PDSCH/PUSCH occasions with per-transmission repetitions, cutting control signaling while improving URLLC reliability.