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1. Introduction to the Course and Basic Concepts
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Electrical Lectures
1. Introduction to the Course and Basic Concepts
2. Signals & their Transportation
3. Elementary Signals in the Discrete Time Domain
4. Characterisation of Signals
5. Basic concepts of Linear Time Systems
6. Convolution Invertibility, & Stability Causality
7. Stability Unit, Step Response and Differential Equations
8. Systems Described by Differential & Difference Equations
9. Fourier Series
10. More About Fourier Series (With Uncomfortable Questions)
11. Those Uncomfortable Questions about the Existence of Fourier & Series and Some More
12. Introduction to Fourier Transform
13. Fourier Transform of Periodic Function & Fourier Transform Properties
14. More Properties of Fourier Transformation
15. Anatomy of a Class Test & a Continued Look at the Properties of Fourier Transform
16. Modulation, Convolutions and Other Interesting Properties of Fourier Transform
17. A Deeper Look at the Modulation Property of Fourier Transform
18. Fourier Analysis of Discrete Time Signals & Systems - The Beginning
19. More About Fourier Transform of Discrete Time Signals
20. Further Look into the Properties of DTFT
21. Convolution, Modulation & Other Properties of DTFT
22. Farewell to Discrete Time Fourier Transform & Introduction to Sampling
23. More About Sampling
24. Introduction to Laplace Transform
25. Region of Convergence of Laplace Transform & Properties of Laplace Transform
26. Properties of Laplace Transform (Contd.)
27. Concluding Discission on Laplace Transform
28. Introduction to Z Transform
29. Properties of Z Transform
30. Further Discussion on Properties of Z Transform
31. Solution to Class Test - 2, Concluding Discussion on Z Transform
32. Introduction to Random Signals & Probability
33. Probability Functions
34. Solutions to Minor Z Problems & more about PDF & pdf
35. More About PDF'S & pdf's
36. Classification of Random Processes & Introduction to Correlation Functions
38. Cross Correlation Function and their Properties
39. Introduction to Spectral Density
40. More About Spectral Density
41. Response of Linear System to Random Inputs
42. Frequency Domain Analysis of LTI Systems Excited by Random Inputs
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