Книжная полка

Наша книжная полка продолжает потихонечку наполняться ценной и полезной литературой. Сегодня на нашей книжной полке следующее:

1. Буквально бесценный сборник всех ITU-стандартов от A0001 до Z0400E. Очень полезная и редкая коллекция, которая должна быть под рукой у всякого аудио разработчика.

2. "Theory and Techniques of Electronic Music", Miller Puckette, University of California, San Diego, 2005

Brief table of contents

1 Acoustics of digital audio signals
1.1 Measures of Amplitude
1.2 Amplitude of Combined Signals
1.3 Units of Amplitude
1.4 Controlling Amplitude
...
2 Wavetables and samplers
2.1 The Wavetable Oscillator
2.2 Sampling
2.3 Enveloping samplers
...
3 Audio and control computations
3.1 The sampling theorem
3.2 Control
3.3 Control streams
...
4 Automation and voice management
4.1 Envelope Generators
4.2 Linear and Curved Amplitude Shapes
4.3 Continuous and discontinuous control changes
...
5 Modulation
5.1 Taxonomy of spectra
5.2 Multiplying audio signals
5.3 Waveshaping
...
6 Designer spectra
6.1 Carrier/modulator model
6.2 Pulse trains
6.3 Movable ring modulation
...
7 Time shifts
7.1 Complex numbers
7.2 Time shifts and phase changes
...
8 Filters
8.1 Taxonomy of Їlters
8.2 Designing Їlters
...
9 Fourier analysis and resynthesis
9.1 Fourier analysis of periodic signals
9.2 Properties of Fourier transforms
...

3. "Advanced digital signal processing and noise reduction", 2nd edition, Saeed V. Vaseghi, Wiley, 2000

Brief table of contents

CHAPTER 1 INTRODUCTION
1.1 Signals and Information
1.2 Signal Processing Methods
1.3 Applications of Digital Signal Processing
1.3.1 Adaptive Noise Cancellation and Noise Reduction
1.3.2 Blind Channel Equalisation
1.3.3 Signal Classification and Pattern Recognition
1.3.4 Linear Prediction Modelling of Speech
...
CHAPTER 2 NOISE AND DISTORTION
2.1 Introduction
2.2 White Noise
2.3 Coloured Noise
...
CHAPTER 3 PROBABILITY MODELS
3.1 Random Signals and Stochastic Processes
3.2 Probabilistic Models
3.3 Stationary and Non-Stationary Random Processes
...
CHAPTER 4 BAYESIAN ESTIMATION
4.1 Bayesian Estimation Theory: Basic Definitions
4.2 Bayesian Estimation
4.3 The Estimate-Maximise (EM) Method
4.4 Cramer-Rao Bound on the Minimum Estimator Variance
...
CHAPTER 5 HIDDEN MARKOV MODELS
5.1 Statistical Models for Non-Stationary Processes
5.2 Hidden Markov Models
...
CHAPTER 6 WIENER FILTERS
6.1 Wiener Filters: Least Square Error Estimation
6.2 Block-Data Formulation of the Wiener Filter
...

4. "Школа игры на шестиструнной гитаре", П. Агафошин

5. "Practical Analog and Digital Filter Design", Artech House, Inc., Les Thede, 2004

Brief table of contents

Chapter 1 Introduction to Filters and Filter Design Software 1
1.1 Filter Selectivity 2
1.2 Filter Approximation 6
1.3 Filter Implementation 8
...
Chapter 2 Analog Filter Approximation Functions 15
2.1 Filter Transfer Functions 15
2.2 Butterworth Normalized Approximation Functions 19
2.3 Chebyshev Normalized Approximation Functions 27
...
Chapter 3 Analog Lowpass, Highpass, Bandpass, and Bandstop Filters 55
3.1 Unnormalized Lowpass Approximation Functions 55
3.2 Unnormalized Highpass Approximation Functions 60
3.3 Unnormalized Bandpass Approximation Functions 64
...
Chapter 4 Analog Filter Implementation Using Active Filters 85
4.1 Implementation Procedures for Analog Filters 85
4.2 Lowpass Active Filters Using Op-amps 87
4.3 Highpass Active Filters Using Op-amps 92
...
Chapter 5 Introduction to Discrete-Time Systems 115
5.1 Analog-to-Digital Conversion 115
5.2 Linear Difference Equations and Convolution 120
5.3 Discrete-Time Systems and z-Transforms 126
...
Chapter 6 Infinite Impulse Response Digital Filter Design 141
6.1 Impulse Response Invariant Design 142
6.2 Step Response Invariant Design 146
6.3 Bilinear Transform Design 151
...
Chapter 7 Finite Impulse Response Digital Filter Design 161
7.1 Using Fourier Series in Filter Design 161
7.2 Windowing Techniques to Improve Design 170
7.3 Parks-McClellan Optimization Procedure 177
...

Вашими мыслями вы можете делиться в комментариях к заметке.

Читать весь 179-й номер 
Перейти в архив выпусков WebSound.Ru 

Ниже располагаются комментарии к этой заметке

Пожалуйста, обратите внимание! Если вы хотите что-то сообщить автору WebSound.Ru, лучше сделать это не здесь, а направить ваше сообщение по e-mail. Пожалуйста, составляйте свои комментарии в вежливой форме. Не засоряйте сайт бессодержательными и невежливыми сообщениями.