EEL319 : Digital Signal Processing
Saif K. Mohammed
Lecture Timing :
Slot : (Mon, Thurs)
Time : 9:30 - 10:50 a.m.
Room : II-LT3
Practical Timing :
Time : 15 - 17:00 (Mon,Tue,Wed,Fri)
Room : MS-202 (Coimmunication Lab)
Pre-requisite : EEL205 (Signals and Systems)
Course Textbook:
[OS] A. V. Oppenheim and R. W. Schafer Discrete-time signal processing, Prentice Hall India (PHI).
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Reference Book:
[SM] S. K. Mitra Digital Signal Processing (DSP) - A computer based approach, McGraw Hill.
Course Grading and Exams :
Minor-I: 20/100
Minor-II: 25/100
Major: 35/100
Practical Exam (7.5) / Lab Quiz (7.5) /Lab reports (5) : 20/100
Major Exam: 27 November 2014 (8:00 - 10:00), IV-LT3. Exam will be open book,
but no laptops, mobile phones allowed. Syllabus: Post Minor-II.
Major Exam Practice Questions (tick marked)
Major Exam Question Paper
Major Exam Solution
Major Exam Final Marks
Marks/Attendance :
Minor 1: Minor-I Question Paper
Minor 1: Minor-I Solution
Minor 1: Minor-II Question Paper
Minor 1: Minor-II Solution
Pre Major Total : Pre Major Total
Lectures :
Lecture 1: Introduction to the course (SM Chap.1)
Lectures 2,3: Proof of Sampling theorem, discrete-time signals and systems, LTI systems, eigen waveforms (sinusoids)
Lectures 4,5: Aliasing, subsampling, Fourier transform of discrete-time signals
Lectures 6,7,8: Z-transform of discrete-time signals
Lecture 9: Revisiting sampling and reconstruction of bandlimited analog signals, impulse invariance technique, Resampling (Decimation)
Lecture 10: Increasing the sampling rate (Interpolation)
Lecture 11: Polyphase implementation of Decimation and Interpolation
Lecture 12: Analog to Digital Conversion (Quantization Noise, SQNR)
Lecture 13: Analog to Digital Conversion (SQNR improvement in Oversampled A2D)
Lecture 14: Analog to Digital Conversion (SQNR Improvement in Oversampled A2D with Noise Shaping)
Lecture 15: Frequency Analysis of LTI Systems
Lecture 16: Design of Linear Phase FIR Filters
Lecture 17,18: Design of Digital IIR Filters using Impulse Invariance Technique
Lecture 19: Design of Digital IIR Filters using Bilinear Transformation
Practical :
Experiment 1: Experiment 1
Experiment 2: Experiment 2
Experiment 3: Experiment 3
Experiment 4: Experiment 4
Experiment 4: Supplement to Experiment 4
Experiment 5: Experiment 5
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