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Design of Lead Compensator Using Bode Plots, by Ramkrishna.P

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Solving Problems on Laplace Transforms and Transfer Functions, by Ramkrishna.P

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Basics of Control Design Proportional, Integral and Derivative Actions, by Ramkrishna.P

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Routh Hurwitz Criterion T 1, by Ramkrishna.P

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Routh Hurwitz Criterion, by Ramkrishna.P

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Design of Lag Compensators Using Bode Plots, by Ramkrishna.P

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Problems on PID Controllers, by Ramkrishna.P

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Controllable Decomposition and Observability, by Ramkrishna.P

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Controllability and Observability, by Ramkrishna.P

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Design of Control Using Lag Compensators, by Ramkrishna.P

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Inverse Laplace Transforms, by Ramkrishna.P

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Navigation-Dead Reckoning and Reference Frames, by Ramkrishna.P

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Linearization of State Space Dynamics, by Ramkrishna.P

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Controllability and Pole Placement, by Ramkrishna.P

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Root Locus Plots, by Ramkrishna.P

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Modelling of Systems, by Ramkrishna.P

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Introduction to Systems and Control, by Ramkrishna.P

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Control Design in Time Domain and Discusses the Lead Compensator, by Ramkrishna.P

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Logical XOR, by Ramaseshan R

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Hyperspace Analogue to Language-HAL, by Ramaseshan R

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Feedforward and Backpropagation Neural Network, by Ramaseshan R

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Naive-Bayes, Classification, by Ramaseshan R

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Introduction to Conversation Modeling, by Ramaseshan R

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BPTT-Derivatives for W,V and U, by Ramaseshan R

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Building Skip-Gram Model Using Python, by Ramaseshan R

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Bigram and Trigram Language Models-Peeking Indide the Model Building, by Ramaseshan R

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Recap and Connecting Bloom Taxonomy with Machine Learning, by Ramaseshan R

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Introduction to Attention Based Translation, by Ramaseshan R

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What is SMT?, by Ramaseshan R

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Binay Tree, Hierarchical Softmax, by Ramaseshan R

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