| 1 | Understand concepts of discrete-time signals and their properties. |
| 2 | Understand concepts of discrete-time systems and their properties. |
| 3 | Can compute discrete time system response by computing convolution sums for analytical and real data. |
| 4 | Understand concepts of sampling theorem, aliasing, block diagram representation and Analog-to Digital converters. |
| 5 | Can compute discrete-time Fourier series and transform and DFT of analytic and real data. Plot the spectrum and interpret them. Apply Fourier Transforms to analyze discrete time LTI systems. |
| 6 | Understand concepts of ideal filters. Design and understand simple finite impulse response filters and implement on real data. |