Channel Coding Adaptation TRIZ Cases
- Concatenated Channel Coding for Wireless Link Throughput
Concatenated channel coding reduces pilot overhead by adapting inner codeword length to channel coherence, enhancing link throughput.
- Dynamic FEC Encoding for VoIP Signal Frame Reliability
A signal frame encoding method adjusts forward error correction redundancy based on real-time network conditions to maintain transmission quality.
- Receiver Spreading Code Switching Synchronization
A receiver detects switching time between short-period and long-period spreading codes using two correlators for immediate synchronization.
- MIMO Transmitter QoS-Based Substream Mapping
A MIMO transmitter maps application-specific data streams to earlier-decoded substreams based on quality of service requirements.
- Reactive Path Selection for Edge Network Devices
Edge network devices use quality measurement probes to select paths based on packet loss and latency, avoiding forward error correction overhead.
- Network-Side Transmission Function Adaptation for Edge Computing
Dynamic transmission function adjustment reduces computational load and eliminates dedicated edge computing hardware costs.
- Unequal Modulation Coding Scheme Allocation for MU-MIMO Throughput
An access point assigns distinct modulation and coding schemes to resource unit segments within a multi-user mimo allocation.
- Receiver Design for Bandwidth Constrained Systems
A receiver design combines error control coding with intersymbol interference shortening filters to reduce equalization complexity.
- Wireless Handover Management via Bit Error Rate and Load Assessment
A wireless handover method evaluates bit error rates and modulation schemes to optimize resource allocation.