| 1 |
1st week: Introduction, Course Outline, Signals and Classification of the Signals
2nd week: Properties of Continuous Time Signals and Discrete Time Signals, Classification of the Systems
3rd week: Convolution Integral, Introduction to Linear Time Invariant (LTI) Systems
4th week: Properties and application examples of CT LTI Systems
5th week: Properties and application examples of DT LTI systems, FIR Filters
6th week: Real Time Programming of DT Systems
7th week: Signal Processing Domains, Transforms and Laplace Transform of LTI Systems
8th week: Frequency Response of the Systems
9th week: Fourier Transform and its Applications, Spectral Analysis with Fourier Transform, Modulation
10th week: Convolution in frequency domain, Z Transform of DT Systems and convolution
11th week: Fourier Analysis of Discrete-Time Signals and Systems
12th week: Fast Fourier Transform
13th week: Digital Filter Design and Software Implementation
14th week: Generalized System design and analysis and programming applications |
| 2 |
1st week: Introduction, Course Outline, Signals and Classification of the Signals
2nd week: Properties of Continuous Time Signals and Discrete Time Signals, Classification of the Systems
3rd week: Convolution Integral, Introduction to Linear Time Invariant (LTI) Systems
4th week: Properties and application examples of CT LTI Systems
5th week: Properties and application examples of DT LTI systems, FIR Filters
6th week: Real Time Programming of DT Systems
7th week: Signal Processing Domains, Transforms and Laplace Transform of LTI Systems
8th week: Frequency Response of the Systems
9th week: Fourier Transform and its Applications, Spectral Analysis with Fourier Transform, Modulation
10th week: Convolution in frequency domain, Z Transform of DT Systems and convolution
11th week: Fourier Analysis of Discrete-Time Signals and Systems
12th week: Fast Fourier Transform
13th week: Digital Filter Design and Software Implementation
14th week: Generalized System design and analysis and programming applications |