DSP

Discrete Signals

Discrete Time Signals Standard Sequences LTI Systems Convolution Sum Difference Equations Correlation

Z-Transform

Z-Transform Definition Properties of ROC Inverse Z-Transform Transfer Function System Response

DFT & FFT

DTFT Overview DFT Basics Properties of DFT Circular vs Linear FFT Algorithms Computations in FFT Goertzel Algorithm

FIR Filters

Filter Types FIR Characteristics FIR Filter Design Window Functions Kaiser Window FIR Structures

IIR Filters

IIR Basics Impulse Invariance Bilinear Transform Butterworth Filters Chebyshev Filters IIR Structures

Multirate DSP

Decimation Interpolation Sampling Rate Conversion Polyphase Decomposition Filter Banks

Adaptive Filters

Adaptive Filter Basics LMS Algorithm RLS Algorithm Noise Cancellation Echo Cancellation Channel Equalization

DSP Applications

Speech Processing Basics Image Processing Basics Audio Compression Radar Signal Processing

Speech Processing Basics

Vocal tract modeling, LPC.

Darshan N

Updated: 19 March 2026

12 min read

Speech Processing Quiz

Test your knowledge of vocal tract modeling and linear predictive coding fundamentals.

Question 1 of 3

Q1.In Linear Predictive Coding (LPC), the vocal tract is modeled as an all-pole filter of the form H(z) = G / A(z). The prediction order p for telephone-quality speech is typically:

Radar Signal Processing

Pulse compression, target detection.

6 min read

Audio Compression

Perceptual coding, MP3 basics.

5 min read

Decimation

Downsampling, anti-aliasing filter.

12 min read

Interpolation

Upsampling, anti-imaging filter.

5 min read

DSP Processors

Harvard architecture, MAC units, circular buffers.

8 min read

Channel Equalization

Image Processing Basics

Contents