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Introduction to Digital Circuits, by S. Srinivasan

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Advanced Features of Xilinx Project Navigator, by S. Srinivasan

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Sequential Circuit Design, by S. Srinivasan

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Example of System Design Using ASM Chart, by S. Srinivasan

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Application of Shift Registers, by S. Srinivasan

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Analysis of Waveforms Using Modelsim, by S. Srinivasan

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Design Flow of VLSI Circuits, by S. Srinivasan

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Modeling of Verilog Sequential Circuits-Core Statements (Contd), by S. Srinivasan

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Subtractors, by S. Srinivasan

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Parity Generators and Display Decoder, by S. Srinivasan

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Array Multiplier, by S. Srinivasan

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J-K and T Flip Flops, by S. Srinivasan

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Simulation of Combinational Circuits, by S. Srinivasan

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Synthesis Tool, by S. Srinivasan

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Verilog Modeling of Combinational Circuits, by S. Srinivasan

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Carry Look ahead Adders, by S. Srinivasan

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System Design Using the Concept of Controllers (Contd), by S. Srinivasan

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Writing a Test Bench, by S. Srinivasan

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Microprogrammed Design (Continued), by S. Srinivasan

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S-R, J-K and D Flip Flops, by S. Srinivasan

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Review of Flip-Flops, by S. Srinivasan

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Xilinx Place & Route Tool, by S. Srinivasan

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Lecture 30: Introduction, by S. Sarkar

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Lecture 28: SVM : Solution to the Dual Problem, by S. Sarkar

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Lecture 25: SVM : The Dual Formulation, by S. Sarkar

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Lecture 08 : Overfitting, by S. Sarkar

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Lecture 21: Python Exercise on Naive Bayes, by S. Sarkar

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Lecture 26: SVM : Maximum Margin with Noise, by S. Sarkar

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Lecture 29: Python Exercise on SVM, by S. Sarkar

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Lecture 17: Tutorial III, by S. Sarkar

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