This course provides an introduction to numerical methods and their applications to solve science and engineering problems. In addition, convergence and error analysis of numerical methods is covered.
Bachelor in Electronics and Communications Engineering
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| content serial | Description |
|---|---|
| 1 | Week Number 1 : Introduction to Numerical Analysis and course description. |
| 2 | Week Number 2 : Solution of equation: Bisection, secant. |
| 3 | Week Number 3 : Solution of equation: Modified Secant (Regula Falsi). |
| 4 | Week Number 4 : Solution of equation: Successive Approximation. |
| 5 | Week Number 5 : Solution of equation: modified Successive Approximation. |
| 6 | Week Number 6 : Solution of equation: Newton Raphson & Berge Vieta. |
| 7 | Week Number 7 : 7th Week Exam. |
| 8 | Week Number 8 : Error Analysis: Rounding off, Instability, Ill conditioning. |
| 9 | Week Number 9 : Error Analysis: Process Graph. |
| 10 | Week Number 10 : Error Analysis Error propagation. Solution of systems of linear equations: Gauss elimination. |
| 11 | Week Number 11 : Solution of a system of linear equations: Gauss Jordan, Gauss Jordan for Integral Matrices. |
| 12 | Week Number 12 : 12th Week Exam. |
| 13 | Week Number 13 : Numerical Integration: Trapezoidal, Simpson and Midpoint rule. |
| 14 | Week Number 14 : Numerical interpolation: Linear, Quadratic, Gaussian. |
| 15 | Week Number 15 : Least square error and Regression: linear, Quadratic. |
| 16 | Week Number 16 : Presentation of projects and Final Exam. |
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