Colección: TEMAS
| Temas | Cantidad |
|---|---|
| Acoustic fields; Algorithms; Bandwidth; Bit error rate; Estimation; Frequency estimation; Acoustic communications; Acoustic path; Acoustic response; Acoustic response function; Acoustic systems; Channel bandwidth; Channel dynamics; Combining method; Doppler; Estimation and compensation; Gaussian Mixture Model; Gaussian mixtures; Gaussian model; High frequency; Maximal path; Nova Scotia; Orthogonal signaling; Orthogonal signals; Per-symbol; Propagation media; Receiver algorithms; Recursive least square (RLS); Response functions; Shallow water acoustics; Signal duration; Single element; Temporal variability | 1 |
| Acoustic impedance; Algorithms; Mathematical models; Optimization; Porosity; Porous materials; Viscous flow; Champoux-Allard model; Inverse characterization methods; Particular absorbing materials; Thermal characteristics | 1 |
| Acoustic noise measurement | 1 |
| Acoustic noise; Acoustic wave transmission; Algorithms; Estimation; Ambient noise; Bayesian frameworks; Bayesian inversion; Continuous time; Conventional beamforming; Geoacoustic inversion; Geoacoustic parameters; Grazing angles; Markov chain Monte Carlo; Model parameterization; Monte carlo algorithms; Parameterizations; Posterior probability; Shallow waters | 1 |
| Acoustic wave propagation; Error analysis; Functions; Image processing; Pressure measurement; Auto-correlation functions; Broad-band noise; Power spectral density (PSD) | 1 |
| Acoustic waves | 2 |
| Acoustics; 3D motion; Audio-visual; Facial motions; Parkinson's disease; Speech recognition softwares | 1 |
| Aggregates | 1 |
| Architectural acoustics | 1 |
| Audition | 1 |
| Audition; Acoustical characteristics; Concert hall; Hearing-impaired listeners; Historical development; Listening-in; Musical performance; Research studies; Room acoustics; Second language | 1 |
| Digital storage | 1 |
| E-learning | 1 |
| Electric power generation; Noise abatement; Spurious signal noise; Turbomachine blades; Acousticians; Infrasound; Noise sources; Optimum assessment methods | 1 |
| Ergonomics | 1 |
| Error analysis; Gaussian noise (electronic); Nonlinear systems; Numerical analysis; Oceanography; Parameter estimation; Surface properties; Environmental parameters; Gaussian errors; Numerical propagation | 1 |
| Fuzzy inference; Fuzzy systems; Hearing aids; Mathematical models; Neural networks; Nonlinear systems; Acoustic features; Adaptive network based fuzzy inference system; Artificial Neural Network; Automatic adjustment; Computational intelligence; Control settings; Environment-sensitive; Hearing aid; Hearing loss; Highly nonlinear; Multi layer perceptron; Neurofuzzy system; Specific knowledge; User intervention | 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 |
| Machinery; General knowledge; ISO standards; Noise emissions; Uncertainty budget | 1 |
| Speech recognition | 1 |
| Standards | 1 |
| Wind turbines | 1 |
| biomedical imaging; ultrasonic imaging; diagnostic ultrasound imaging; Thomas Zabo | 1 |