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Integrating Differential Forms - I

From  Rakesh Rakesh 0 likes 11 plays 0  

FNC 6.6: Multistep methods

From  Tobin Driscoll 0 likes 48 plays 0  

FNC 6.7: Implementation of multistep methods

Fundamentals of Numerical Computation, Chapter 6, Section 7.

From  Tobin Driscoll 0 likes 37 plays 0  

FNC 6.5: Adaptive Runge-Kutta

Fundamentals of Numerical Computation, Chapter 6, Section 5

From  Tobin Driscoll 0 likes 33 plays 0  

FNC 6.4: Runge-Kutta methods

Fundamentals of Numerical Computation, Chapter 6, Section 4

From  Tobin Driscoll 0 likes 41 plays 0  

FNC 6.3: IVP systems

Fundamentals of Numerical Computation, Chapter 6, Section 3.

From  Tobin Driscoll 0 likes 39 plays 0  

FNC 6.2: Euler's method

Fundamentals of Numerical Computation, Chapter 6, Section 2

From  Tobin Driscoll 0 likes 43 plays 0  

FNC 6.1: Initial-value problems

From  Tobin Driscoll 0 likes 42 plays 0  

FNC 5.7: Adaptive integration

From  Tobin Driscoll 0 likes 35 plays 0  

FNC 5.6: Numerical integration

Fundamentals of Numerical Computation, Chapter 5, Section 6

From  Tobin Driscoll 0 likes 44 plays 0  

FNC 5.5: Finite differences (part 2)

Fundamentals of Numerical Computation, Chapter 5, Section 5

From  Tobin Driscoll 0 likes 51 plays 0  

FNC 5.4: Finite differences (part 1)

Fundamentals of Numerical Computation, Chapter 5, Section 4

From  Tobin Driscoll 0 likes 47 plays 0  

FNC 5.2: Piecewise linear interpolation

Fundamentals of Numerical Computation, Chapter 5, Section 2.

From  Tobin Driscoll 0 likes 49 plays 0  

FNC 5.1: Interpolation

Fundamentals of Numerical Computation, Chapter 5, Section 1

From  Tobin Driscoll 0 likes 56 plays 0  

FNC 4.7: Nonlinear least squares

Fundamentals of Numerical Computation, Chapter 4, Section 7

From  Tobin Driscoll 0 likes 40 plays 0  

FNC 4.6: Quasi-Newton methods

Fundamentals of Numerical Computation, Chapter 4, Section 6

From  Tobin Driscoll 0 likes 46 plays 0