Presentation is loading. Please wait.

Presentation is loading. Please wait.

2/17/2007DSP Course-IUST-Spring Semester 1 Digital Signal Processing Electrical Engineering Department Iran University of Science & Tech.

Published byAugustine Potter Modified over 9 years ago

Similar presentations

Presentation on theme: "2/17/2007DSP Course-IUST-Spring Semester 1 Digital Signal Processing Electrical Engineering Department Iran University of Science & Tech."— Presentation transcript:

1 2/17/2007DSP Course-IUST-Spring Semester 1 Digital Signal Processing Electrical Engineering Department Iran University of Science & Tech.

2 DSP Course-IUST-Spring Semester2 2/17/2007 Digital Signal Processing Topic 7: Filter types and structures 1. More filter types 2. Minimum and maximum phase 3. Filter implementation structures

3 DSP Course-IUST-Spring Semester3 2/17/2007 1. More Filter Types

4 DSP Course-IUST-Spring Semester4 2/17/2007 Comb Filters

5 DSP Course-IUST-Spring Semester5 2/17/2007 Comb Filters

6 DSP Course-IUST-Spring Semester6 2/17/2007 Comb Filters

7 DSP Course-IUST-Spring Semester7 2/17/2007 Allpass Filters

8 DSP Course-IUST-Spring Semester8 2/17/2007 Allpass Filters

9 DSP Course-IUST-Spring Semester9 2/17/2007 Allpass Filters

10 DSP Course-IUST-Spring Semester10 2/17/2007 Allpass Filters

11 DSP Course-IUST-Spring Semester11 2/17/2007 2. Minimum/Maximum Phase

12 DSP Course-IUST-Spring Semester12 2/17/2007 Minimum/Maximum Phase

13 DSP Course-IUST-Spring Semester13 2/17/2007 Minimum/Maximum Phase

14 DSP Course-IUST-Spring Semester14 2/17/2007 Minimum/Maximum Phase

15 DSP Course-IUST-Spring Semester15 2/17/2007 Inverse Systems

16 DSP Course-IUST-Spring Semester16 2/17/2007 Inverse Systems

17 DSP Course-IUST-Spring Semester17 2/17/2007 Inverse Systems

18 DSP Course-IUST-Spring Semester18 2/17/2007 System Identification

19 DSP Course-IUST-Spring Semester19 2/17/2007 System Identification

20 DSP Course-IUST-Spring Semester20 2/17/2007 System Identification

21 DSP Course-IUST-Spring Semester21 2/17/2007 3. Filter Structures

22 DSP Course-IUST-Spring Semester22 2/17/2007 Block Diagrams

23 DSP Course-IUST-Spring Semester23 2/17/2007 Block Diagrams

24 DSP Course-IUST-Spring Semester24 2/17/2007 Delay-Free Loops

25 DSP Course-IUST-Spring Semester25 2/17/2007 Equivalent Structures

26 DSP Course-IUST-Spring Semester26 2/17/2007 Equivalent Structures

27 DSP Course-IUST-Spring Semester27 2/17/2007 FIR Filter Structures

28 DSP Course-IUST-Spring Semester28 2/17/2007 FIR Filter Structures

29 DSP Course-IUST-Spring Semester29 2/17/2007 FIR Filter Structures

30 DSP Course-IUST-Spring Semester30 2/17/2007 IIR Filter Structures

31 DSP Course-IUST-Spring Semester31 2/17/2007 IIR Filter Structures

32 DSP Course-IUST-Spring Semester32 2/17/2007 IIR Filter Structures

33 DSP Course-IUST-Spring Semester33 2/17/2007 Factored IIR Structures

34 DSP Course-IUST-Spring Semester34 2/17/2007 Cascade IIR Structures

35 DSP Course-IUST-Spring Semester35 2/17/2007 Second-Order Sections

36 DSP Course-IUST-Spring Semester36 2/17/2007 Second-Order Sections

37 DSP Course-IUST-Spring Semester37 2/17/2007 Parallel IIR Structures

38 DSP Course-IUST-Spring Semester38 2/17/2007 Parallel IIR Structures

Download ppt "2/17/2007DSP Course-IUST-Spring Semester 1 Digital Signal Processing Electrical Engineering Department Iran University of Science & Tech."

Similar presentations

Signal Processing in the Discrete Time Domain Microprocessor Applications (MEE4033) Sogang University Department of Mechanical Engineering.

Signal Processing in the Discrete Time Domain Microprocessor Applications (MEE4033) Sogang University Department of Mechanical Engineering.
ADSP Lecture2 - Unfolding VLSI Signal Processing Lecture 2 Unfolding Transformation.

ADSP Lecture2 - Unfolding VLSI Signal Processing Lecture 2 Unfolding Transformation.
Copyright ©2010, ©1999, ©1989 by Pearson Education, Inc. All rights reserved. Discrete-Time Signal Processing, Third Edition Alan V. Oppenheim Ronald W.

Copyright ©2010, ©1999, ©1989 by Pearson Education, Inc. All rights reserved. Discrete-Time Signal Processing, Third Edition Alan V. Oppenheim Ronald W.
Frequency Response. Polar plot for RC filter.

Frequency Response. Polar plot for RC filter.
ELEN 5346/4304 DSP and Filter Design Fall 2008 1 Lecture 8: LTI filter types Instructor: Dr. Gleb V. Tcheslavski Contact:

ELEN 5346/4304 DSP and Filter Design Fall Lecture 8: LTI filter types Instructor: Dr. Gleb V. Tcheslavski Contact:
ELEC 407 DSP Project Algorithmic Reverberation – A Hybrid Approach Combining Moorer’s reverberator with simulated room IR reflection modeling Will McFarland.

ELEC 407 DSP Project Algorithmic Reverberation – A Hybrid Approach Combining Moorer’s reverberator with simulated room IR reflection modeling Will McFarland.
Digital Signal Processing – Chapter 11 Introduction to the Design of Discrete Filters Prof. Yasser Mostafa Kadah

Digital Signal Processing – Chapter 11 Introduction to the Design of Discrete Filters Prof. Yasser Mostafa Kadah
LINEAR-PHASE FIR FILTERS DESIGN

LINEAR-PHASE FIR FILTERS DESIGN
Musical Sound Processing Student Name: 鄭建健

Musical Sound Processing Student Name: 鄭建健
1 Portable Heart Attack Detector (PHAD) Mid Semester Presentation May 25, 2005 Technion – Israel Institute of Technology Department of Electrical Engineering.

1 Portable Heart Attack Detector (PHAD) Mid Semester Presentation May 25, 2005 Technion – Israel Institute of Technology Department of Electrical Engineering.
Digital Signal Processing

Digital Signal Processing
T Digital Signal Processing and Filtering

T Digital Signal Processing and Filtering
Sub-band Mixing and Addition of Digital Effects for Consumer Audio ELECTRICAL & ELECTRONIC ENGINEERING FINAL YEAR PROJECTS 2012/2013 Presented by Fionn.

Sub-band Mixing and Addition of Digital Effects for Consumer Audio ELECTRICAL & ELECTRONIC ENGINEERING FINAL YEAR PROJECTS 2012/2013 Presented by Fionn.
Lecture 9: Structure for Discrete-Time System XILIANG LUO 2014/11 1.

Lecture 9: Structure for Discrete-Time System XILIANG LUO 2014/11 1.
DSP. What is DSP? DSP: Digital Signal Processing---Using a digital process (e.g., a program running on a microprocessor) to modify a digital representation.

DSP. What is DSP? DSP: Digital Signal Processing---Using a digital process (e.g., a program running on a microprocessor) to modify a digital representation.
Signal Processing First CH 8 IIR Filters 1. 8-1 The General IIR Difference Equation 2 feedback term recursive filter FIR part No. of coeff. = N+M+1.

Signal Processing First CH 8 IIR Filters The General IIR Difference Equation 2 feedback term recursive filter FIR part No. of coeff. = N+M+1.
Chapter 6 Digital Filter Structures

Chapter 6 Digital Filter Structures
Copyright © 2001, S. K. Mitra Digital Filter Structures The convolution sum description of an LTI discrete-time system be used, can in principle, to implement.

Copyright © 2001, S. K. Mitra Digital Filter Structures The convolution sum description of an LTI discrete-time system be used, can in principle, to implement.
Husheng Li, UTK-EECS, Fall 2012.  Study how to implement the LTI discrete-time systems.  We first present the block diagram and signal flow graph. 

Husheng Li, UTK-EECS, Fall  Study how to implement the LTI discrete-time systems.  We first present the block diagram and signal flow graph. 
CHAPTER 6 Digital Filter Structures

CHAPTER 6 Digital Filter Structures

Similar presentations

Ads by Google