Main Topics to be covered
- Introduction to Signals and Systems
- Linear Time-Invariant Systems
- Interaction of sinusoids with LTI systems
- Continuous Time Fourier Series: Frequency domain representation of CT periodic signals
- Properties of Continuous Time Fourier Series
- Discrete Time Fourier Series: Frequency domain representation of CT periodic signals
- Properties of Discrete Time Fourier Series
- Continuous time Fourier Transform: Frequency domain representation of CT aperiodic signals & systems
- Properties of Continuous Time Fourier Transform
- Discrete time Fourier Transform: Frequency domain representation of DT aperiodic signals & systems
- Properties of Discrete Time Fourier Transform
- Laplace Transform
- Description of Systems in terms of Laplace transform
- Z-Transform
- Description of Systems in terms of Z-transform
Lecture-1 Introduction to Signals and Systems
Lecture-2 Signal Transformations
Lecture-3 Signal Properties
Lecture-4 Important Signals-Continuous Time
Lecture-5 Important Signals-Discrete Time
Lecture-6-System Properties-I
Lecture-7-System Properties-II
Lecture-8-Discrete Time Convolution
Lecture-9 Discrete Time Convolution Problems
Lecture-10 Continuous Time Convolution
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