Lecture 28, Improved Euler and Runge Kutta Methods

Lecture 28, Improved Euler and Runge Kutta Methods

  • 4 years ago
  • 15:36
Lecture 27, Intro to Num Sol of ODEs , Euler Method

Lecture 27, Intro to Num Sol of ODEs , Euler Method

  • 4 years ago
  • 31:35
Lecture 26, Power and Inverse Power method to find largest and smallest E values and vectors

Lecture 26, Power and Inverse Power method to find largest and smallest E values and vectors

  • 4 years ago
  • 25:17
Lecture 25, Application of E Value probs, Gerschgorin Theorem, inclusion of e values

Lecture 25, Application of E Value probs, Gerschgorin Theorem, inclusion of e values

  • 4 years ago
  • 34:18
Lecture 24, Intro to Eigenvalue Problems

Lecture 24, Intro to Eigenvalue Problems

  • 4 years ago
  • 9:05
Lecture 23, Ill and well condition systems, Condition no

Lecture 23, Ill and well condition systems, Condition no

  • 4 years ago
  • 21:19
Lecture 22, Gauss Seidel Algo and Convergence

Lecture 22, Gauss Seidel Algo and Convergence

  • 4 years ago
  • 28:36
Lecture 21, Jacobi and Gauss Seidel Iterative Mehods

Lecture 21, Jacobi and Gauss Seidel Iterative Mehods

  • 4 years ago
  • 26:30
Lecture 20, Crout and Cholesky method

Lecture 20, Crout and Cholesky method

  • 4 years ago
  • 33:11
Lecture 19, Column pivoting, LU decompositiond methods, Doolittle method

Lecture 19, Column pivoting, LU decompositiond methods, Doolittle method

  • 4 years ago
  • 31:11
Lecture 18, Linear system of Eqn , Gauss Elimination, Partial pivoting

Lecture 18, Linear system of Eqn , Gauss Elimination, Partial pivoting

  • 4 years ago
  • 24:45
Lecture 17, Newton Cote's formula and Gauss Quadrature Integ

Lecture 17, Newton Cote's formula and Gauss Quadrature Integ

  • 4 years ago
  • 19:27
Lecture 16, Simpson one third example, Simpson three eighth rule, Prof S Chakraverty Lecture 16

Lecture 16, Simpson one third example, Simpson three eighth rule, Prof S Chakraverty Lecture 16

  • 5 years ago
  • 27:26
Lecture 15, Trapezoidal Integ Error Bound, Simpson one third rule, Prof S Chakraverty Lecture 15

Lecture 15, Trapezoidal Integ Error Bound, Simpson one third rule, Prof S Chakraverty Lecture 15

  • 5 years ago
  • 43:16
Lecture 14, Numerical Integration Rectangular and Trapezoidal Prof S Chakraverty

Lecture 14, Numerical Integration Rectangular and Trapezoidal Prof S Chakraverty

  • 5 years ago
  • 37:14
Lecture 13, Cubic Spline continued with example Prof S Chakraverty

Lecture 13, Cubic Spline continued with example Prof S Chakraverty

  • 5 years ago
  • 25:01
Lecture 12, Finite Diff Operators+ Cubic Spline TheoryProf S Chakraverty

Lecture 12, Finite Diff Operators+ Cubic Spline TheoryProf S Chakraverty

  • 5 years ago
  • 37:29
Lecture 11, Newton's Back ward Diff Interpolation Prof S Chakraverty

Lecture 11, Newton's Back ward Diff Interpolation Prof S Chakraverty

  • 5 years ago
  • 35:21
Lecture 10: Newton's Forward Diff. Interpolation, Backward diff. interpolation Prof S Chakraverty

Lecture 10: Newton's Forward Diff. Interpolation, Backward diff. interpolation Prof S Chakraverty

  • 5 years ago
  • 37:23
Lecture 09 : Newton's Divided Int continued, Newton's forward Diff Int: Prof S Chakraverty

Lecture 09 : Newton's Divided Int continued, Newton's forward Diff Int: Prof S Chakraverty

  • 5 years ago
  • 31:05
Lecture 08:Lagrange interpolation continued, Newton's Divided Difference : Prof. S. Chakraverty

Lecture 08:Lagrange interpolation continued, Newton's Divided Difference : Prof. S. Chakraverty

  • 5 years ago
  • 40:20
Lecture 07 : Interpolation basics and Lagrange interpolation : Prof S Chakraverty

Lecture 07 : Interpolation basics and Lagrange interpolation : Prof S Chakraverty

  • 5 years ago
  • 43:58
Lecture 06 : Convergence of Secant Method, System of nonlinear eqns.: Prof. S. Chakraverty

Lecture 06 : Convergence of Secant Method, System of nonlinear eqns.: Prof. S. Chakraverty

  • 5 years ago
  • 39:31
Lecture 05 : Root finding methods continued, Order of convergence, advantages, Limitations

Lecture 05 : Root finding methods continued, Order of convergence, advantages, Limitations

  • 5 years ago
  • 34:37
Lecture 04 : Root finding methods continued....: Prof. S. Chakraverty

Lecture 04 : Root finding methods continued....: Prof. S. Chakraverty

  • 5 years ago
  • 36:42
Lecture 03 : Root finding methods: Prof. S. Chakraverty

Lecture 03 : Root finding methods: Prof. S. Chakraverty

  • 5 years ago
  • 41:10
Lecture 02 : Error Propagation, Error bounds and iterative method

Lecture 02 : Error Propagation, Error bounds and iterative method

  • 5 years ago
  • 39:04
Lecture 01 : Introduction to Numerical Analysis (Why, what, how, errors, significant digits etc.)

Lecture 01 : Introduction to Numerical Analysis (Why, what, how, errors, significant digits etc.)

  • 5 years ago
  • 36:21
Fuzzy functions - Lecture 22 By Prof S Chakraverty

Fuzzy functions - Lecture 22 By Prof S Chakraverty

  • 8 years ago
  • 36:08
Integration and differentiation of fuzzy functions - Lecture 23 By Prof S Chakraverty

Integration and differentiation of fuzzy functions - Lecture 23 By Prof S Chakraverty

  • 8 years ago
  • 22:17

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