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courses.jpg (14239 bytes)Computer Science

Syllabus 2004 - 2005
B.Sc. II , Semester-IV (Dec.) Computer Science
Computer Oriented Numerical Methods

Unit 1 :
Numerical computation :
Computer Arithmetic: floating point number operations, normalization and their consequences. Bisection, False position, Newton Raphson, Secant method, Graffes root squaring method, Convergence of solution.

Unit 2 :
Simultaneous Linear equations :
Solution of simultanious liner equations - Gauss elimination method, Gauss- Seidal iterative method. Gauss Jordan elimination method.
Triangularization method and Pivaoting condensation. III conditions equations and refinement of solutions.

Unit 3 :
Numerical Differentiation and Integration :
Solutions of Differential equation. Trapezoidal rule, Simpson 1/3 rule, Simpson 3/8 Eulers method, Runga - Kutta method, Predictor - Corrector method

Unit 4 :
Interpolation and Approximation :
Polynomial interpolation, Newton difference formula, Newton divide formula, Newton forward formula, Newton backward formula, Langrange Formula. Approximation of function by Taylor series.

Unit 5 :
Curve fitting method :
Least square method, Nonlinear cure fitting. Data fitting , Cube Splines and Approximation Chebyshey Polynomials. Automatic error monitoring

 

Suggested readings :

1. Computer Oriented Numerical Methods By V. RAJARAMAN.
2. Method of Numerical Analysis By SHASTRI.
3. Computer Based Numerical Algorithm By KRISHNAMURTHY.
4. Computer Oriented Numerical Methods By BALAGURUSWAMI.



Syllabus 2004 - 2005
B.Sc. II Semester IV (Dec.) - Computer Science
Computer lab


1. Newton raphson methods.
2. Graffes root squaring methods.
3. Gauss elimination method.
4. Gauss sedial method.
5. Gauss jordon method.
6. Triangular decomposition method.
7. Least square cure fitting method.
8. Cubic spline mehtod.
9. Langranges interpolation method.
10. Eulers method.
11. Rungas-Kutta method.
12. Milne predictor correction method.
13. Taylors methods.
14. Newton's forward method
15. Newton's divide difference method
16. Bi - Section Method
17. Polynomial Arithmetic
 


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