Colección: TEMAS
| Temas | Cantidad |
|---|---|
| Acoustic arrays | 1 |
| Acoustic noise | 1 |
| Acoustic noise; Acoustic waves; Frequencies; Knowledge acquisition; Signal processing; Transfer functions; Cross-correlation; Noise excitation; Tones; Vocal tract | 1 |
| Acoustic signal processing; Inverse problems; Oceanography; Remote sensing; Sensors; Simulated annealing; Array processing techniques; Rapidly deployed systems; Standard grid search techniques | 1 |
| Acoustic waves; Algorithms; Computational methods; Computerized tomography; Foams; Microstructure; Porosity; Porous materials; Thermodynamic properties; Viscosity; Acoustic energy; Helmoltz equations; Kelvin structure; Sound absorption | 1 |
| Acoustic waves; Attenuation; Audition; Computational methods; Cracks; Frequencies; Standards; White noise; Hearing loss; Hearing protectors; Noise levels; Single number rating (SNR) | 1 |
| Algorithms; Automation; Data acquisition; Fish detectors; Gaussian noise (electronic); Hydrophones; Independent component analysis; Parameter estimation; Probability; Problem solving; Real time systems; Submarines; Acoustic automated detection; Multiple sound sources; Non-Gaussian signals; Vocalization | 1 |
| Algorithms; Coastal zones; Computer hardware; Data recording; Data storage equipment; Ecology; Hydrophones; Marine biology; Neural networks; Offshore structures; Probability; Real time systems; Sustainable development; Acoustic monitoring devices; Acoustic Recording systems; Data sets; Passive acoustics | 1 |
| Biodiversity | 1 |
| Computational methods; Dynamic programming; Heuristic methods; Matrix algebra; Parallel algorithms; Parameter estimation; Signal distortion; Speech processing; Vectors; Automatic speech recognition (ASR); Parallel recognizer algorithms; Phonemes; Two-level dynamic programming (TLDP) | 1 |
| E-learning | 1 |
| Electric power generation; Noise abatement; Spurious signal noise; Turbomachine blades; Acousticians; Infrasound; Noise sources; Optimum assessment methods | 1 |
| Ergonomics | 1 |
| Linguistics; Basic concepts; Clinical skills; Graduate program; Instrumental techniques; Online course; Online environments; Online teaching; Physical acoustics; Speech-language pathology; Teaching and learning; University of Ottawa | 1 |
| Machine vibrations; Medicine; Beneficial effects; Hand-arm vibration; Medical issues; Occupational medicines; Upper extremity; Vibration exposure; Work environments; Working population | 1 |
| Marine biology | 1 |
| Materials science | 1 |
| No aplica | 1 |
| Speech | 1 |
| Speech recognition | 1 |
| Wind turbines | 1 |
| biomedical imaging; ultrasonic imaging; diagnostic ultrasound imaging; Thomas Zabo | 1 |