Equalisers TRIZ Cases
- Variable Observation Length Equalizer for Non-Orthogonal Multicarrier Signals
A receiver equalizer adapts its observation length to process non-orthogonal multicarrier signals efficiently.
- DNN-Based OFDM Equalization for Signal Distortion Compensation
Deep neural networks estimate per-subcarrier coefficients to reverse signal distortion, improving receiver performance under challenging channel conditions.
- Packet Receiver Channel Equalization Using Midamble Segmentation
A packet receiver divides reception samples into sub-strings using midamble location data for separate channel equalization processing.
- Continuous Time Linear Equalizer Jitter Reduction in High-Speed Transmitters
Integrating a continuous time linear equalizer with a voltage mode driver compensates for high-frequency channel losses to lower bit error rates.
- Joint CTE and DTE Adaptation for High-Speed Serial Lane Timing
Adaptive equalizer circuitry jointly adapts continuous time and discrete time equalizers to reduce signal processing latency.
- Transmission Device Phase Continuity Pilot Insertion
Fixed sequence symbols inserted between data and pilot segments suppress out-of-band spectrum interference while preserving phase continuity.
- QAM-FBMC Channel Estimation via Adaptive Reference Symbol Mapping
Adaptive reference symbol mapping optimizes channel estimation in QAM-FBMC systems using dual filter characteristics.
- Transmission Apparatus Phase Continuity Out-of-band Leakage
A transmission apparatus inserts fixed symbols to maintain phase and amplitude continuity between blocks.