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Advanced Numerical Analysis (MATH-7148)
Week 04: Complex root approximation, Muller's Method

Week 04: Complex root approximation, Muller's Method

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Course Material
  • Week 01: Comparison of parallel and sequential computation
  • Week 02: Relaxation Techniques for solving system of linear equations
  • Week 03: SOR (Successive over Relaxation Method)
  • Week 04: Complex root approximation, Muller's Method
  • Week 05: Aitken's Delta Square Method
  • Week 06: Steffensen's Method
  • Week 07: Nested Arithmetic and Polynomial Evaluation
  • Week 08: Horner's Method of root approximation
  • Week 09: Mid Term Examination
  • Week 10: Accelerating Convergence (Linear, quadratic)
  • Week 11: Van Wijngaarden-Dekker-Brent Method
  • Week 12: Laguerre's Method, Golden-section Search Algorithm
  • Week 13: Jenkins--Traub Algorithm,
  • Week 14: Implementation of Numerical methods using Programming Languages.
  • Week 15: Survey of methods and software
  • Week 16: Maple Programming (introduction and basic functions)
  • Week 17: Research activities
  • Week 18: Final Term Exam
  • Chapters 18
  • Department Mathematics
  • Teacher Dr. Ahmad Muhammad Mumtaz
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