KTU Learn
KTU Learn
KTU S6 EEE
Soft Computing
Module 1&2 Videos Will be Coming Soon
Module 1
Module 2
Module 3
Fuzzy Inference
Classification and regression trees
Module 4
Data clustering algorithms - 1
Data clustering algorithms - 2
Module 5
Machine Learning - 1
Machine Learning - 2
Genetic Algorithms
Module 6
Applications of GA in machine learning - 1
Applications of GA in machine learning - 2
Applications of GA in machine learning - 3
Support Vector Machines - 1
Support Vector Machines - 2
Support Vector Machines - 3
Advanced Control Theory
Module 1&2 Videos Will be Coming Soon
Module 1
Module 2
Module 3
Introduction to State concept
State space representation - controllable canonical form
State space representation - observable canonical form
State space representation - diagonal canonical form
State space representation - Jordan canonical form
Solution of state equation - unforced system
Solution of state equation - forced system
State transition matrix
State transition matrix using Cayley Hamilton method
Module 4
State feedback controllable design - Controllability
State feedback controllable design - Observability
State feedback design via pole placement technique
Pulse transfer function
Stability of sampled data system jury test
Stability of sampled data system - Routh Hurwitz Criteria
State space representation of sampled data system
Module 5
Non linear systems - Introduction,Types of Linearity
Harmonic linearization - Describing functions of non linearities - 1
Describing functions of non linearities - 2
Describing functions of non linearities - 3
Describing functions of non linearities - 4
Describing function for stability analysis
Module 6
Phase plane analysis concept
Construction
Singular points and it's classifications
Stability
Lyapunov method of stability analysis
Electromagnetics
Module 1&2 Videos Will be Coming Soon
Module 1
Module 2
Module 3
Biot Savart's Law
Ampere Force law
Magnetic Field intensity due to a finite and infinite wire carrying a current
Magnetic field intensity on the axis of a circular coil carrying a current
Magnetic field intensity on the axis of a rectangular coil carrying a current(for square loop)
Magnetic vector potential
Magnetic flux Density
Ampere’s circuital law
Module 4
Electric Polarization(Hindi)
Nature of dielectric materials
Electrostatic energy(Hindi)
Energy density
Boundary condition of electric field - 1
Example for Boundary condition of electric field - 1
Boundary condition of electric field - 2
Example for Boundary condition of electric field - 2
Conduction current and displacement current densities
Continuity equation for current
Maxwell’s Equation in Differential and integral form from Modified form of Ampere’s circuital law - 1
Maxwell's equation summary - 2
Faraday's law
Gauss law
Module 5
Poynting vector
Poynting Theorem
Complex average poynting vector
Wave equation from Maxwell's equation
Uniform plane waves
Module 6
Plane waves propagation in loss less and lossy dielectric medium and conducting medium
Plane wave in good conductor, Skin depth
Intrinsic impedance
Propagation constant in all medium
Phase and group velocity
Solution for lossless transmission lines
Characteristic impedance
VSWR
Introduction to electromagnetic interference and compatibility
Electric Drive
Module 1&2 Videos Will be Coming Soon
Module 1
Introduction to Electric Drive
Dynamics of motor drive
Load torque and related
Steady state stability
Module 2
Speed torque chara of motors - 1
Speed torque chara of motors - 2
Single phase control
Three phase full control
Dual converter
Closed loop control - 1
Closed loop control - 2
Module 3
Chopper fed DC drive - 1
Chopper fed DC drive - 2
Chopper fed DC drive - 3
Time ratio control
Current limit control
1st quadrant chopper
2&4 quadrant chopper
Dynamic braking of motor
Module 4
Motor speed control - 1
Motor speed control - 2
Motor speed control - 3
Using SCs
Induction motor characteristics
Stator voltage control
V/F control - 1
V/F control - 2
Slip power recovery - 1
Slip power recovery - 2
Module 5
VSI & CSI of Induction Motor - 1
VSI & CSI of Induction Motor - 2
VSI & CSI of Induction Motor - 3
Space vector - 1
Space vector - 2
Space vector - 3
Module 6
Various synchronous motors
Permanent magnet motor - 1
Permanent magnet motor - 2
Power System Analysis
Module 1&2 Videos Will be Coming Soon
Module 1
Module 2
Module 3
Gauss Seidel Method of Load Flow
Newton Raphson Method of Load Flow
Decoupled Load Flow
Fast Decoupled Load Flow
Module 4
Load Frequency and Voltage Control
Module 5
Distribution of load between units within a plant
Unit commitment constraints
Spinning reserve
Thermal unit constraints
Module 6
Power System Stability
Dynamic Stability
Steady State Power Transfer
Power Angle Curve
Swing Equation
Equal Area Criterion
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