Adaptive Network TRIZ Cases
- Sub-Band FIR Filters With Adaptive Delays for Audio Processing
Psychoacoustic sub-band filtering uses adaptive FIR coefficients and adjustable delays to lower audio processing load and memory use.
- Adaptive Noise Predictive Filter Calibration for Low-Area Circuits
Adaptive tap calibration improves noise predictive filter convergence while cutting circuit area and power in data processing circuits.
- Adjustable Filter Engine With Cumulative Coefficients for Compact FIR Control
Cumulative coefficient reordering cuts FIR hardware needs while preserving stable motor control across settling times and sampling rates.
- Blind Source Separation with Smoothed Frequency-Bin Gradients
Adjusted gradient terms across frequency bins reduce permutation errors and improve unmixing filter accuracy in convolutive audio source separation.
- Multi-Channel Periodic Signal Enhancement for Noisy Speech
Adaptive multi-channel filtering tracks periodic speech components to raise signal-to-noise ratio while preserving voiced content in noise.
- Heart-Rate-Dependent Pressure Filtering for Implantable Respiration Monitoring
Heart-rate-dependent filtering extracts respiration from intracardiac pressure signals, enabling ambulatory breathing monitoring without extra sensors.
- Adaptive Filter Pitch Extraction in Noisy Voiced Speech
Adaptive filter coefficients extract pitch from noisy voiced speech, improving intelligibility through spectral modification and noise reduction.
- Physiological Signal Subband Processing on Low-Power WOLA Filterbanks
Over-sampled WOLA filterbanks split physiological signals into subbands for real-time, low-power processing with robust feature extraction.
- Minimum-Phase Adaptive Filtering for Low-Delay Signal Processing
Offline transform-domain analysis updates a minimum-phase time-domain filter to reduce group delay while preserving sound quality.
- Adaptive Periodic Signal Reinforcement for Speech Noise Reduction
Tracks voiced periodic components and mixes a delayed filtered copy with the input to improve speech intelligibility and SNR while limiting noise.
- Adaptive Ocular Filter Stability During EEG Noise Spikes
A stability factor suspends ocular artifact filtering during high-noise spikes, preserving usable EEG signals in mobile environments.
- Adaptive Filter Pitch Extraction Under Background Noise
Adaptive filter coefficients reveal speech pitch more accurately in noise, improving intelligibility and perceptual quality.