DIU-BLC
Digital Signal Processing (Summer 21)
0%
Previous
Course data
Digital Signal Processing (DSP)
Announcements
Introduction
Course Outline
Reference Book
Expectation From the course
Reference Book
Video Materials
Course Materials
Lecture-1-2: Signals, System and Signal Processing
Lecture Slide
Reflection of today's class
Lesson plan 01
Lecture-3-4: Classification of Signals
Lecture Slide
Reflection of today's class
Lesson plan 02
Video Lecture 02
Discussion Forum
Note of the lecture
class test on analog part
Lecture-5-6: Discrete Time Sinusoidal Signal
Lecture Slide
Lesson plan 03
Discussion Forum
Today's Lecture Reflection
Lecture-7-8: Discrete Time Signal & System Part1
Lecture Slide
Reflection of today's class
Lesson plan 04
Discussion Forum
Exercise
Lecture-9-10: Analysis of Discrete-Time Linear Time-Invariant Systems.
Lecture Slide
Reflection of today's class
Lesson plan 05
Video Lecture 05
Exercise practice
Midterm Examination
Lecture-11-13: Discrete Time Signal Classification, Correlation of Discrete Time Signal (Extension)
Lecture Slide
Reflection of today's class
Lesson plan 06
Video lecture 06
Home work (Assignment)
Exercises
exercise
Lecture-14-15-16: Correlation and Convolutions of Discrete Time Signal Part 1
Lecture Slide
Reflection of today's class
Lesson plan 07
Video Lecture 07
Assignment of Digital Signal Processing
Presentation of Digital Signal Processing
Interactive lecture for DSP
Midterm Exam
Exercise
Lecture-16-17: The z- transform and It’s Application to the of LTI System part 1
Lecture Slide
Exercise
Exercise Submission
Reflection of today's class
Lesson plan 08
Video Lecture 08
home work
Lecture-18-19: The z- transform and It’s Application to the of LTI System part 2
Lecture Slide
Reflection of today's class
Lesson plan 09
Video Lecture 09
Lecture-20: Inversion of the z-Transform.
Lecture Slide
Exercise Submission
Exercise
Reflection of today's class
Lesson plan 10
Video Lecture 10
Lecture-21: Frequency Analysis and The z- transform and It’s Application to the of LTI System part 3
Lecture Slide
Lesson Plan 11
Reflection of today's class
Class test
Lecture: 21-22 Frequency analysis and filter design
Lecture Slide
Lesson Plan 12
Reflection of todays lecture
Math Problem
Math Problem
Lecture: 13 Frequency analysis of Discrete-Time Signals Part 2
Lecture Slide
Lesson Plan 13
Lecture: 14 Frequency analysis of Discrete-Time Signals Part 3
Lecture Slide
Lesson Plan 14
Lecture: 15 Discrete Fourier Transform Part 1
Lecture Slide
Lesson Plan 15
Lecture 16: Discrete Fourier Transform Part 2
Lecture Slide
Lesson Plan 16
Lecture 17:Discrete Fourier Transform Part 3
Lecture Slide
Lesson Plan 17
Lecture 18: Linear Time-Invariant systems as Frequency Selective Filters Part 1
Lecture Slide
Lesson Plan 18
Reflection of todays lecture
Lecture 19: Linear Time-Invariant systems as Frequency Selective Filters Part 2
Lecture Slide
Lesson Plan 19
Class Test
lecture 20: Linear Time-Invariant systems as Frequency Selective Filters Part 3
Lecture Slide
Lesson Plan 20
Final Exam-Week
Final Exam Preparation
Final Discussion
Final Examination
Next
DIU-BLC
Side panel
Guidelines
For Teachers
For Students
Search
Close
Search
Toggle search input
Log in
Username
Password
Remember username
Forgot Password?
Log in
Create new account
Site Navigation
ETE 321 (FH-212)
Home
Skip to main content
To operate the Blended Learning Center(BLC) at optimal level, maintenance will be performed every day at 8:30 AM and at 5:00 PM regularly which can take up to 30 minutes. Please consider scheduling your activity in the BLC platform accordingly.
Course info
Home
Courses
DIU
Faculty of Engineering
Information and Communication Engineering
ETE Summer 21
ETE 321 (FH-212)
Summary
Digital Signal Processing (Summer 21)
Teacher:
Prof. Dr. A.K.M Fazlul Haque
Skill Level
:
Beginner