Digital Signal Processing (DSP)
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Lecture-1-2: Signals, System and Signal Processing
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Lecture-3-4: Classification of Signals
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Lecture-5-6: Discrete Time Sinusoidal Signal
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Lecture-7-8: Discrete Time Signal & System Part1
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Lecture-9-10: Analysis of Discrete-Time Linear Time-Invariant Systems.
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Lecture-11-13: Discrete Time Signal Classification, Correlation of Discrete Time Signal (Extension)
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Lecture-14-15-16: Correlation and Convolutions of Discrete Time Signal Part 1
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Lecture-16-17: The z- transform and It’s Application to the of LTI System part 1
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Lecture-18-19: The z- transform and It’s Application to the of LTI System part 2
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Lecture-20: Inversion of the z-Transform.
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Lecture-21: Frequency Analysis and The z- transform and It’s Application to the of LTI System part 3
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Lecture: 21-22 Frequency analysis and filter design
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Lecture: 13 Frequency analysis of Discrete-Time Signals Part 2
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Lecture: 14 Frequency analysis of Discrete-Time Signals Part 3
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Lecture: 15 Discrete Fourier Transform Part 1
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Lecture 16: Discrete Fourier Transform Part 2
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Lecture 17:Discrete Fourier Transform Part 3
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Lecture 18: Linear Time-Invariant systems as Frequency Selective Filters Part 1
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Lecture 19: Linear Time-Invariant systems as Frequency Selective Filters Part 2
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lecture 20: Linear Time-Invariant systems as Frequency Selective Filters Part 3
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