Signals and Systems for Speech and HearingBRILL, 2011 - 364 páginas Signals and Systems for Speech and Hearing, 2nd Edition provides the reader with a thorough introduction to the concepts of signals and systems analysis that play a role in the speech and hearing sciences. The book will be essential for audiologists, speech therapists, phoneticians and psychologists and will also be useful for musicians, and computer scientists working with speech. Few equations are used, and an informal, friendly and informative style is maintained throughout. Because much of the story is told through figures, the authors have gone to great lengths to provide clear and truthful figures that show what the text says they do. It is hoped the reader will come away with a strong visual understanding of the concepts involved. -- |
Índice
Chapter 1 Introduction | 1 |
Chapter 2 Signals in the Real World | 5 |
Chapter 3 Introduction to Signals | 14 |
Chapter 4 Introduction to Systems | 47 |
Chapter 5 A Preview | 64 |
Chapter 6 The Frequency Response of Systems | 71 |
Chapter 7 The Frequency Characterization of Signals | 118 |
Chapter 8 Signals Through Systems | 150 |
Chapter 10 The Relationship Between the Time and Frequency Domains | 183 |
Chapter 11 The Spectrogram | 203 |
Chapter 12 Applications to Hearing | 258 |
Chapter 13 Applications to Speech Production | 286 |
Chapter 14 An Introduction to Digital Signals and Systems | 308 |
Appendix | 343 |
| 357 | |
Chapter 9 The Time Characterization of Systems | 166 |
Otras ediciones - Ver todo
Signals and Systems for Speech and Hearing Stuart Rosen,Peter Howell No hay ninguna vista previa disponible - 2013 |
Términos y frases comunes
acoustic amplifier amplitude and phase amplitude response amplitude response curves amplitude spectrum analogue signals analyzing auditory band-pass filter bandwidth basilar membrane calculate cascade centre frequency changes Chapter cochlear consider cutoff frequency cycle dB scales dB/octave determine digital signal digital systems ear canal energy example figure filter bank formants frequency domain frequency kHz frequency region fundamental frequency harmonics high-pass high-pass filter homogeneous impulse response input signal input sinusoid kHz 4 kHz level dB linear logarithmic look low-pass filter LTI systems measure microphone middle ear multiply narrow noise obtained output amplitude output signal particular peak peak-to-peak periodic signal phase response phase spectrum pulse train quantized radians relatively represent resonance sampling rate sawtooth shape signals and systems simple sine sinusoid sinusoidal components spectra spectral envelope spectrograms square wave stapes tuning fork vibration vocal folds vocal tract voltage vowel waveform width window y-axis zero