Enter your search terms Submit search form Web ClassNotes123.com
	HOME | SITE MAP | SEARCH | BLOG

Digital Signal Processing An introduction to the topic of Digital Signal Processing (DSP) by preparing students to have an understanding of the roll of DSP in electronic systems design and develop a foundation for further study in DSP. Analysis of discrete systems and signals, introduction to probability, discrete signals, sampling, linear systems, introduction to convolution and correlation, discrete Fourier transforms, digital filtering, and z-transforms.

Course Topics Introduction to Digital Signal Processing Applications of DSP Digital vs. Analog Discrete vs. Continuous Introduction to Probability Continuous and Discrete Signal Definition Mean and Standard Deviation Summation Average Deviation Variance RMS, Root-Mean-Square Signal to Noise Coefficient of Variation Signals and Processes Probability Acquired Signal Statistical Irregularity Variation, Fluctuation, Noise Probability Mass Function, PMF Probability Density Function, PDF Normal Distribution Digital Noise Precision and Accuracy Sampling Analog to Digital Converter, A/D Digital to Analog Converter, D/A A/D Converter Resolution Sampling Theorem Nyquist Theorem Aliasing Sinc Function Anti-Aliasing Filters Low-Pass Sampling Band-Pass Sampling Linear Systems Linearity Requirements Discrete System Convolution Correlation Delta Function Impulse Response Input and Output Side Algorithm Properties of Convolution Common Impulse Response Discrete Derivative Running Sum Casual and Non-Casual Signals Phase Zero Linear Non-Linear Mathematical Properties Communicative Associative Input and Output Transference Central Limit Theorem The Discrete Fourier Transform, DFT Continuous Equation Discrete Equation Rectangular Form Exponential Form Notation and Format Time Domain Frequency Domain Inverse DFT Calculating the DFT Digital Filters Finite Impulse Response Filters, FIR Filter Structure of a FIR Filter FIR Filter Equation Form Using Convolution in a FIR Filter FIR Filter’s Impulse Response Low-Pass FIR Filter High-Pass FIR Filter Band-Pass FIR Filter Band-Reject FIR Filter Infinite Impulse Response Filter, IIR Filter Structure of an IRR Filter IRR Filter Equation Form Digital Filtering Moving Average Filter Realization by Convolution IRR Filter Noise Reduction IRR Filter of Recursive Implementation Windowed Sinc Filters Sinc Function and Response Characteristics Introduction to Z-Transforms Relationship between Z-Transform and LaPlace Transform S-Plane Transform Z-Plane Transform Z-Transform Format Complex Axis Unit Distance Circle Stability Unstable Z-Transform Transfer Equations Homework Exams & Tests Quizes

Home | Search | Blog | Glossary | Contact Us Terms & Conditions of Use | Copyright 2007-2008. All Rights Reserved.