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Course Outline
An Introduction to
ET317 : Digital Signal Processing
Vikas R. GuptaAssistant Professor
Department of Electronics and Telecommuiction Engineering
Y. C. College of Engineering, Nagpur
December 25, 2012
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
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Course Outline
Outline
1 Course Outline
BooksCourse ObjectivesCourse OutcomesPrerequisitesCourse Assessment
Examination
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
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Course Outline
course outline
Course Code : ET317
Course Name : Digital Signal processing
Course Teacher : V. R. Gupta
Class Room : ET-216Office : Faculty Room (ET-311
Office Hours : 9.00 am to 4.00 pm.
Phone : 09665381684
Email : [email protected] of Lectures per Week : 03
Number of Tutorials per Week : 01
Lab. hours per week : 02
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Course Outline
Books
Books
Text BooksDigital signal processing- A computer based approach By S.K. Mitra,2nd Edition,Tata McGraw Hill, 2002
Discrete time signal processing By V. Oppenheim, R. W.
Schafer,2nd Edition,PHI, 2008
Reference Books
Digital signal processing Principles, algorithms and
applications By J. G. Proakis, D. G. Manolakis,2nd
Edition,PHI, 2002.Digital Signal Processors, Architecture, Programming and
Applications By Venkataramani, Bhaskar,2nd Edition,TataMcGraw Hill, 2008.
Introduction to DSP by Johny R Johnson, PHI, 2nd edition2003. Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
C O li
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Course Outline
Course Objectives
Course Objectives
Evaluate the performance of a digital filter, in terms of itsfrequency response;
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
C O tli
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Course Outline
Course Objectives
Course Objectives
Evaluate the performance of a digital filter, in terms of itsfrequency response;
Use Fast Fourier Transform techniques for the analysis ofarbitrary signals;
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Co rse O tline
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Course Outline
Course Objectives
Course Objectives
Evaluate the performance of a digital filter, in terms of itsfrequency response;
Use Fast Fourier Transform techniques for the analysis ofarbitrary signals;
Demonstrate coefficient quantization effects in digital filters;
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Outline
Course Objectives
Course Objectives
Evaluate the performance of a digital filter, in terms of itsfrequency response;
Use Fast Fourier Transform techniques for the analysis ofarbitrary signals;
Demonstrate coefficient quantization effects in digital filters;
Design digital filters using transformation techniques fromanalog designs;
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Outline
Course Objectives
Course Objectives
Evaluate the performance of a digital filter, in terms of itsfrequency response;
Use Fast Fourier Transform techniques for the analysis ofarbitrary signals;
Demonstrate coefficient quantization effects in digital filters;
Design digital filters using transformation techniques fromanalog designs;
Design digital filters using windowing techniques;
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Outline
Course Objectives
Course Objectives
Evaluate the performance of a digital filter, in terms of itsfrequency response;
Use Fast Fourier Transform techniques for the analysis ofarbitrary signals;
Demonstrate coefficient quantization effects in digital filters;
Design digital filters using transformation techniques fromanalog designs;
Design digital filters using windowing techniques;
Design digital filters meeting given specifications;
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Outline
Course Objectives
Course Objectives
Evaluate the performance of a digital filter, in terms of itsfrequency response;
Use Fast Fourier Transform techniques for the analysis ofarbitrary signals;
Demonstrate coefficient quantization effects in digital filters;
Design digital filters using transformation techniques fromanalog designs;
Design digital filters using windowing techniques;
Design digital filters meeting given specifications;
Organize and write technical reports;
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Objectives
Course Objectives
Evaluate the performance of a digital filter, in terms of itsfrequency response;
Use Fast Fourier Transform techniques for the analysis ofarbitrary signals;
Demonstrate coefficient quantization effects in digital filters;
Design digital filters using transformation techniques fromanalog designs;
Design digital filters using windowing techniques;
Design digital filters meeting given specifications;
Organize and write technical reports;
Organize and make technical presentations.
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Outcomes
Course Outcomes
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Prerequisites
Prerequisites
To take this course, you should have knowledge and understanding
of1 ET305-Signals and systems;
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Prerequisites
Prerequisites
To take this course, you should have knowledge and understanding
of1 ET305-Signals and systems;
2 C and data structure
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Prerequisites
Prerequisites
To take this course, you should have knowledge and understanding
of1 ET305-Signals and systems;
2 C and data structure
3 Assembly language programming.
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Course Assessment
1 Home Assignments:= 4%
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Course Assessment
1 Home Assignments:= 4%
2 Surprise Test:= 2%
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Course Assessment
1 Home Assignments:= 4%
2 Surprise Test:= 2%
3 Quiz:= 2%
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Course Assessment
1 Home Assignments:= 4%
2 Surprise Test:= 2%
3 Quiz:= 2%
4 Attendance:= 2%
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Course Assessment
1 Home Assignments:= 4%
2 Surprise Test:= 2%
3 Quiz:= 2%
4 Attendance:= 2%
5 Mid Sem. Exam-1:= 15%
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Course Assessment
1 Home Assignments:= 4%
2 Surprise Test:= 2%
3 Quiz:= 2%
4 Attendance:= 2%
5 Mid Sem. Exam-1:= 15%
6 Mid Sem. Exam-2:= 15%
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Course Assessment
1 Home Assignments:= 4%
2 Surprise Test:= 2%
3 Quiz:= 2%
4 Attendance:= 2%
5 Mid Sem. Exam-1:= 15%
6 Mid Sem. Exam-2:= 15%
7 End Sem. Exam:= 60%
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Examination
Examination
There will be 2 scheduled exams and at least one Surprise Test asdetailed below. The schedule of these examinations is given in the
Academic Calendar for the session published by the Dean(Academic Matters)
1) Mid Sem. Exam-1: On the basis of Unit 1 & 2.
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Examination
Examination
There will be 2 scheduled exams and at least one Surprise Test asdetailed below. The schedule of these examinations is given in the
Academic Calendar for the session published by the Dean(Academic Matters)
1) Mid Sem. Exam-1: On the basis of Unit 1 & 2.
2) Mid Sem. Exam-1: On the basis of Unit 3 & 4.
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Examination
Examination
There will be 2 scheduled exams and at least one Surprise Test asdetailed below. The schedule of these examinations is given in the
Academic Calendar for the session published by the Dean(Academic Matters)
1) Mid Sem. Exam-1: On the basis of Unit 1 & 2.
2) Mid Sem. Exam-1: On the basis of Unit 3 & 4.
3) End Sem. Exam : On the basis of Unit 1 to 6
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Examination
Examination
There will be 2 scheduled exams and at least one Surprise Test asdetailed below. The schedule of these examinations is given in the
Academic Calendar for the session published by the Dean(Academic Matters)
1) Mid Sem. Exam-1: On the basis of Unit 1 & 2.
2) Mid Sem. Exam-1: On the basis of Unit 3 & 4.
3) End Sem. Exam : On the basis of Unit 1 to 64) Surprise Test : On the topics taught till the day of
examinations.
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
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Course Assessment
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
C A
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Course Assessment
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
C A t
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Course Assessment
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
Course Assessment
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Course Assessment
Step1: Compute the maximal suffix ofw with respect to l (sayv) and the maximal suffix ofw with respect to r (say v?).
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
Course Assessment
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Course Assessment
Step1: Compute the maximal suffix ofw with respect to l (sayv) and the maximal suffix ofw with respect to r (say v?).
Step 2: Find words u, u? such that w = uv = u?v?.
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
Course Assessment
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Course Assessment
Step1: Compute the maximal suffix ofw with respect to l (sayv) and the maximal suffix ofw with respect to r (say v?).
Step 2: Find words u, u? such that w = uv = u?v?.
Step 3: If |v| |v?|, then output (u, v). Otherwise,output(u?, v?).
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
Course Outline
Course Assessment
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Course Assessment
Vikas R. Gupta Assistant Professor ET317 : Digital Signal Processing
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