Calendar
Week  Date  Place and time  Topic 

1.  28.09.2020.  D160, 14:0016:00  Lectures (2 hours): Introduction Signals 
01.10.2020.  D160, 18:0030:00  Lectures (2 hours): Signal decomposition Fourier transforms (DFT, DTFT and CTFT) 

2.  05.10.2020.  D160, 14:0016:00  Lectures (2 hours): Signal spectrum Sampling and reconstruction 
08.10.2020.  D160, 18:0030:00  Lectures (2 hours): The sampling theorem 

3.  12.10.2020.  D160, 14:0016:00  Lectures (2 hours): Window functions and spectral analysis Discrete cosine transform (DCTII) 
15.10.2020.  D160, 14:0016:00  Recitation (2 hours): Discussion on the first homework 

At home  Laboratory (3 hours): Sampling and spectral analysis 

4.  19.10.2020.  D160, 14:0016:00  Lectures (2 hours): Systems Classification of systems 
22.10.2020.  D160, 14:0016:00  Lectures (1 hour): Linear systems and convolution Recitation (1 hour): Discussion on the second homework 

5.  xx.11.2020.  Dxxx, xx:00xx:00  Lectures (3 hours): Laplace transform Z transform Transfer function and frequency response Recitation (1 hour): Discussion on the third homework Laboratory (3 hours): Linear timeinvariant systems, transfer function and frequency response 
6.  xx.11.2020.  Dxxx, xx:00xx:00  Lectures (3 hours): Equivalence of continuous and discrete systems Euler methods (forward and backward) Bilinear transform Recitation (1 hour): Discussion on the fourth homework 
7.  xx.11.2020.  Dxxx, xx:00xx:00  Lectures (3 hours): Digital processing of analog signals Filtering Recitation (1 hour): Discussion on the fifth homeworki 
8.a      Midterms 
8.b      Midterms 
9.  xx.12.2020.  Dxxx, xx:00xx:00  Lectures (3 hours): Phase and group delay Linear phase systems Allpass systems Recitation (1 hour): Discussion on the sixth homework Laboratory (3 hours): A/D and D/A conversion and signal filtering 
10.  xx.12.2020.  Dxxx, xx:00xx:00  Lectures (3 hours): Classification of digital filters Amplitudeselective filters Phaseshift filters Recitation (1 hour): Discussion on the seventh homework 
11.  xx.12.2020.  Dxxx, xx:00xx:00  Lectures (3 hours): Computer aided design of amplitudeselective FIR filters Laboratory (3 hours): FIR filters 
      Christmas and New Year holidays 
      Christmas and New Year holidays 
12.  xx.01.2021.  Dxxx, xx:00xx:00  Lectures (3 hours): Computer aided design of amplitudeselective IIR filters Recitation (1 hour): Discussion on the eight homework Laboratory (3 hours): IIR filters 
13.  xx.01.2021.  Dxxx, xx:00xx:00  Lectures (3 hours): Fast Fourier transform Linear and circular convolution Efficient computation of the convolution sum Recitation (1 hour): Discussion on the ninth homework Laboratory (3 hours): Fast Fourier transform and FFTW 
14.  xx.01.2021.  Dxxx, xx:00xx:00  Lectures (3 hours): Digital signal processor Fixedpoint arithmetics Signal quantization Recitation (1 hour): Discussion on the tenth homework 
15.a      Final exams 
15.b      Final exams 