
Total Days If Complete Newbie and Never Started, Don't Know Anything – Very Hard Days to pass [7 Days Before Exam + 4 Days Mid Semester Study]
Goal – Score Above 45/80 in the finals [Aim high so if difficult questions come you can pass]
The subject is 95% Numerical. This subject can be finished for about 45–50 marks mid-semester.
There are limited theory [5%] – don’t expect to pass by studying just theory. It’s impossible.
This exam is the first exam of the semester, so start a week in advance and try to finish 2 days before the exam. You will certainly miss the mark and finish in the evening of the day before.
It will take you 1½ days after sitting down to study to just start studying.
Numerical & Theory
Finish the tutorial questions listed below and old question collection numericals.
As numerical questions are connected with theory, see the theory carefully and practice the numericals carefully. Finish numericals first.
Watch the YouTube videos first, then go to the notes; it will help you get an overview of how to solve.
YouTube (Extremely Recommended)
- Chapter 1 – Discrete Time Signals And Systems
- Chapter 2 – Z-transform
- Chapter 3 – Analysis Of LTI System In Frequency Domain
- Chapter 4 – Discrete Filter Structures
- Chapter 5 – Kaiser Window
- Chapter 6 – Butterworth Filter
- Chapter 7 – DITFFT, Butterfly Diagram & Circular Convolution [Completely covered]
Notes (Extremely Recommended)
- Syllabus
- List Of Important Topics [Extremely Recommended]
- Chapter 1 – Discrete Time Signals And Systems [9 marks]
- Chapter 2 – Z-transform [6 marks]
- Chapter 3 – Analysis Of LTI System In Frequency Domain [10 marks]
- Chapter 4 – Discrete Filter Structures [10 marks]
- Chapter 5 – FIR Filter Design [15 marks]
- Chapter 6 – IIR Filter Design [15 marks]
- Chapter 7 – Discrete Fourier Transform [15 marks]
Notes (Recommended)
- All Chapter Notes Summary – Recommended
- IRR Notes – Recommended
- FIR Notes – Recommended
- Z Transform Notes – Recommended
Complete Chapter Notes
Old Questions (Extremely Recommended)
- Old Question Collection
- List of Important Topics
- List of Important Topics 2
- Tutorial Question Collection 1
- Tutorial Question Collection 2
- IRR Numerical
For someone interested in college video tutorials:
Further Reading (If Super Interested):
- Suresh Sharma Digital Signal Processing
- Oppenheim Solution Manual
- Principle Algorithm And Application Solution Manual
| Unit | Hours | Mark Distribution* |
|---|---|---|
Chapter1. Discrete signals | Doc8 | YT Playlist9 |
Chapter2. Z transform | Doc4 | YT Playlist6 |
Chapter3. Analysis of LTI system in frequency domain | Doc6 | YT Playlist10 |
Chapter4. Discrete filter structures | Doc8 | YT Playlist10 |
Chapter5. FIR filter design | Doc6 | YT Playlist15 |
Chapter6. IIR filter design | Doc6 | YT Playlist15 |
Chapter7. Discrete Fourier transform | Doc7 | YT Playlist15 |
ChapterTotal | Doc45 | YT Playlist80 |