Digital Signal Processing - 3rd year AE

Exams (June - July 2020)

Questions 3 AE: 26.06.2020, online - Microsoft Teams
Consultații 3 EA: 12.06.2020, online - Microsoft Teams
  • Exam 3 AE, 4 AE, 4 TTS: 28.06.2020, 9.00, online - Microsoft Teams
  • ReExam 3 AE, 4 AE: 9.07.2020, online - Microsoft Teams
  • Examen 3 EA, 4 EA: 14.06.2020, ora 9.00, online - Microsoft Teams
  • ReExaminare 3 EA, 4 EA: 9.07.2020, online - Microsoft Teams


Lecture

Lecture Notes in DIGITAL SIGNAL PROCESSING - C. Rusu, L. Grama, RISOPRINT, Cluj-Napoca 2009
 
Lecture 1
Course Overview. Introduction to Digital Signal Processing
Ro / En
 
Lecture 2
Discrete-Time Signals and Systems
Ro / En
 
Lecture 3
Analysis of Discrete-Time Linear Time-Invariant Systems
Ro / En
 
Lecture 4
Direct-Form Implementation of Discrete-Time Systems. LTIS Characterized by Difference Equations
Ro / En
 
Lecture 5
z-Transform
Ro / En
 
Lecture 6
z-Domain Analysis of LTIS. Fourier Series for Discrete-Time Periodic Signals
Ro / En
 
Lecture 7
Fourier Transform for Discrete-Time Aperiodic Signals and Frequency Domain Characteristics of LTIS
Ro / En
 
Lecture 8
Discrete Fourier Transform
Ro / En
 
Lecture 9
Fast Fourier Transform. LTIS as Frequency Selective Filters
Ro / En
 
Lecture 10
Linear-Phase FIR Filters. Design of Digital FIR Filters
Ro / En
 
Lecture 11
Design of Digital IIR Filters. Implementation of FIR Systems
Ro / En
 
Lecture 12
Implementation of IIR Systems
Ro / En
 
Lecture 13
Quantization
Ro / En
 
Lecture 14
Digital Signal Processing Summary. Exam Example
Ro / En


Lecture - suplimentary resources (during CoViD-19 period)

Lecture 11 - 11.05.2020

Curs 11 - 11.05.2020

Lecture 10 - 4.05.2020

Curs 10 - 4.05.2020

Lecture 9 - 27.04.2020

Curs 9 - 27.04.2020

Lecture 8 - 13.04.2020

Curs 8 - 13.04.2020

Lecture 7 - 6.04.2020

Lecture 6 - 30.03.2020

Curs 6 - 30.03.2020

Lecture 5 - 23.03.2020

Curs 5 - 23.03.2020

Lecture 4 - 16.03.2020

Curs 4 - 16.03.2020



Laboratory

DIGITAL SIGNAL PROCESSING -- laboratory guide - L. Grama, U.T.PRESS, Cluj-Napoca 2014
     
Examples
Exercises
 
Lab. 1
Introduction to MATLAB (Ro / En)
Ro / En
Ro / En
 
Lab. 2
Discrete-time signals
Ro / En
Ro / En
 
Lab. 3
Sampling of analog signals
Ro / En
Ro / En
 
Lab. 4
Discrete-time linear time-invariant systems
Ro / En
Ro / En
 
Lab. 5
Discrete Fourier transform
Ro / En
Ro / En
 
Lab. 6
Linear and circular convolution
Ro / En
Ro / En
 
Test from labs 1, 2, 3, 4, 5 and 6
 
Lab. 7
Finite impulse response filters. Design methods
Ro / En
Ro / En
 
Lab. 8
Discrete-time LTIS as frequency selective filters
Ro / En
Ro / En
 
Lab. 9
Infinite impulse response filters. Indirect design methods
Ro / En
Ro / En
 
Lab. 10
Quantization of digital filter coefficients
Ro / En
Ro / En
 
Test from labs 7, 8, 9 and 10
 
Seminar 1
 
Seminar 2


Laboratory - solved exercises (during CoViD-19 period)

Starting from 1.04.2020, solved exercises will be available on Teams (on your group team)

Începând cu 31.03.20202, exercițiile rezolvate vor fi disponibile pe Teams (în grupa fiecăruia)

Laboratory 5 (25.03.2020)

Laborator 5 (24-26.03.2020)

Laboratory 4 (18.03.2020)

Laborator 4 (17-19.03.2020)



Info

Starting from 1.04.2020, the students will have one laboratory test, each week
Începând cu 31.03.2020, studenții vor susține câte un test la fiecare laborator
Starting from 25.03.2020, the laboratories will be on Microsoft Teams
Începând cu 24.03.2020, laboratoarele se vor ține pe Microsoft Teams
Starting from 23.03.2020, the lectures will be on Microsoft Teams
Începând cu 23.03.2020, cursurile se vor ține pe Microsoft Teams
Laboratory 5 - 25.03.2020 will be on Microsoft Teams
Laboratorul 5 - 24-26.03.2020 va fi pe Microsoft Teams
Lecture 5 - 23.03.2020 will be on Microsoft Teams (details on the Piazza platform)
Cursul 5 - 23.03.2020 va fi pe Microsoft Teams (detaliile le aveți pe platforma Piazza)
  • Lecture 5: 23.03.2020, at 12:30
  • Curs 5: 23.03.2020, ora 10:30

Between 12.03.2020 and 31.03.2020, we will meet on the Piazza platform 

Între 12.03.2020 și 31.03.2020, ne vom întâlni pe platforma Piazza

  • Lecture 4: 16.03.2020, at 13:00
  • Laboratory 4: 18.03.2020
    • 2031/1: at 12:00
    • 2031/2: at 15:00
    • 2032/1: at 11:00
    • 2032/2: at 16:00
  • Curs 4: 16.03.2020, ora 11:00
  • Laborator 4
    • 2131/1: 17.03.2020, ora 11:00
    • 2131/2: 19.03.2020, ora 11:00
    • 2132/1: 17.03.2020, ora 12:00
    • 2132/2: 19.03.2020, ora 18:00
    • 2133/1: 19.03.2020, ora 14:00
    • 2133/2: 19.03.2020, ora 13:00


References

The complete list of References is available for download:
Ro / En


Problems