数字语音处理理论与应用(英文版)

.3.4 acousticphonetics
3.5 distinctivefeaturesof thephonemesof american english
3.6 summary
problems
chapter 4 hearing,auditory models,and speechperception
4.1 introduction
4.2 the speechchain
4.3 anatomy andfunctionof theear
4.4 the perception of sound
4.5 auditory models
4.6 human speechperceptionexperiments
4.7 measurementofspeechqualityand intelligibility
4.8 summary
problems
chapter 5 sound propagationinthe humanvocaltract
5.1 the acoustictheoryofspeechproduction
5.2 losslesstube models
5.3 digital models forsampled speechsignals
5.4 summary
problems
chapter 6 time-domainmethods for speechprocessing
6.1 introduction
6.2 short-timeanalysisofspeech
6.3 short-timeenergyand short-timemagnitude
6.4 short-timezero-crossing rate
6.5 the short-timeautocorrelation function
6.6 the modied short-timeautocorrelation function
6.7 the short-timeaverage magnitude differencefunction
6.8 summary
problems
chapter 7 frequency-domainrepresentations
7.1 introduction
7.2 discrete-timefourieranalysis
7.3 short-timefourieranalysis
7.4 spectrographicdisplays
7.5 overlapaddition methodof synthesis
7.6 filter bank summationmethodof synthesis
7.7 time-decimatedfilter banks
7.8 two-channelfilter banks
7.9 implementationof thefbs method usingthe fft
7.10 olarevisited
7.11 modicationsof thestft
7.12 summary
problems
chapter 8 thecepstrumand homomorphic speechprocessing
8.1 introduction
8.2 homomorphicsystems forconvolution
8.3 homomorphicanalysisofthe speechmodel
8.4 computingthe short-timecepstrumand complexcepstrum of speech
8.5 homomorphicfilteringofnatural speech
8.6 cepstrumanalysisofall-pole models
8.7 cepstrumdistancemeasures
8.8 summary
problems
chapter 9 linear predictive analysisof speechsignals
9.1 introduction
9.2 basic principles of linear predictive analysis
9.3 computationofthe gainfor themodel
9.4 frequencydomaininterpretationsof linear predictiveanalysis
9.5 solutionofthe lpcequations
9.6 the prediction errorsignal
9.7 somepropertiesofthe lpcpolynomial a(z)
9.8 relationoflinear predictive analysisto losslesstube models
9.9 alternative representationsof thelpparameters
9.10 summary 560problems
chapter 10 algorithms for estimating speechparameters
10.1 introduction
10.2 mediansmoothing and speechprocessing
10.3 speech-background/silencediscrimination
10.4 abayesianapproach tovoiced/unvoiced/silence detection
10.5 pitch period estimation(pitch detection)
10.6 formant estimation
10.7 summary 645problems
chapter 11 digitalcodingof speechsignals
11.1 introduction
11.2 sampling speechsignals
11.3 astatisticalmodelfor speech
11.4 instantaneous quantization
11.5 adaptivequantization
11.6 quantizingofspeechmodelparameters
11.7 generaltheoryof differentialquantization
11.8 delta modulation
11.9 differentialpcm (dpcm)
11.10 enhancements foradpcm coders
11.11 analysis-by-synthesis speechcoders
11.12 open-loop speechcoders
11.13 applicationsof speechcoders
11.14 summary 819problems
chapter 12 frequency-domaincodingof speechandaudio
12.1 introduction
12.2 historicalperspective
12.3 subband coding
12.4 adaptivetransform coding
12.5 aperception modelforaudiocoding
12.6 mpeg-1audiocoding standard
12.7 otheraudiocoding standards
12.8 summary 894problems
chapter 13 text-to-speechsynthesis methods
13.1 introduction
13.2 text analysis
13.3 evolutionof speechsynthesis methods
13.4 early speechsynthesis approaches
13.5 unitselection methods
13.6 tts future needs
13.7 visual tts
13.8summary 947problems
chapter 14 automatic speechrecognition andnatural language understanding
14.1 introduction
14.2 basic asrformulation
14.3 overall speechrecognition process
14.4 buildinga speechrecognition system
14.5 the decisionprocessesinasr
14.6 step3:the search problem
14.7 simpleasr system: isolateddigit recognition
14.8 performance evaluationof speechrecognizers
14.9 spokenlanguage understanding
14.10 dialog managementand spokenlanguage generation
14.11 user interfaces
14.12 multimodaluserinterfaces
14.13 summary 984problems
appendices
a speechandaudioprocessing demonstrations
b solutionoffrequency-domaindifferentialequations
bibliography
index