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MAT210 L15: Interpolation: Direct

Dr. Ham 2014/06/02 MAT210 L15: Interpolation: Direct2014-06-24T12:04:55+03:00 No Comment
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MAT210 Lesson 16: Newton’s Divided Difference

Dr. Ham 2014/06/02 MAT210 Lesson 16: Newton’s Divided Difference2014-06-08T21:11:10+03:00 MAT210 No Comment
An alternative way to find a polynomial approximation of a function is something of a mix of using the Taylor Series and numerical differentiation. Newton's Divided Difference method results in…
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MAT210 Lesson 15: Direct Interpolation

Dr. Ham 2014/05/29 MAT210 Lesson 15: Direct Interpolation2014-06-08T21:12:33+03:00 MAT210 No Comment
In Numerical Analysis, our interest is not just interpolation of values, but interpolation of functions. Interpolation of functions means approximating a complex or unknown function with a simpler function, which…
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MAT210 Tutorial #1: Errors, Differentiation & Roots

Dr. Ham 2014/05/26 MAT210 Tutorial #1: Errors, Differentiation & Roots2014-05-26T16:08:50+03:00 MAT210 No Comment
To wrap up the first three modules: Errors (Kaw ), Numerical Differentiation (Kaw Ch. 2), and Root Finding (Kaw Ch. 03), work on the tutorial found at this link on…
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MAT210 Workshop 20th-21st May

Dr. Ham 2014/05/20 MAT210 Workshop 20th-21st May2014-05-20T18:29:31+03:00 MAT210 No Comment
We saw that a spreadsheet is a reasonably easy way to perform numerical differentiation. In our last workshop, we created - almost from scratch - a spreadsheet to compare the…
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MAT210 Workshop 13th-14th May

Dr. Ham 2014/05/13 MAT210 Workshop 13th-14th May2014-05-20T18:31:24+03:00 MAT210 No Comment
A spreadsheet is a reasonably easy way to perform various numerical methods, especially differentiation. In our workshop, we will create - almost from scratch - a spreadsheet to compare the…
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MAT210 Numerical Analysis

Dr. Ham 2014/05/05 MAT210 Numerical Analysis2014-07-29T18:20:25+03:00 No Comment
Objective To equip students with an understanding of numerical methods for problem solving in various areas, especially how to analyze their suitability, accuracy, efficiency, convergence and stability. Delivery: 30 lectures,…
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Related Posts

  • MAT210 Exam Review
  • MAT210 L27: Solving ODE: Boundary Value Problems
  • MAT210 L26: Solving ODE: Runge-Kutta 2nd
  • MAT210 Workshop July 8 & 9
  • MAT210 Lesson 25-27: Solving ODEs

Related Pages

  • MAT210 Exam Review
  • MAT210 L16: Interpolation: NDD
  • MAT210 L17: Interpolation: Lagrangian
  • MAT210 L18: Interpolation: Splines 1
  • MAT210 L19: Regression: Intro
  • MAT210 L20: Regression: Linear
  • MAT210 L21: Integration
  • MAT210 L22: Integration: Romberg
  • MAT210 L25: Solving ODE: Euler
  • MAT210 L26: Solving ODE: Runge-Kutta 2nd
  • MAT210 L27: Solving ODE: Boundary Value Problems
  • MAT210 Lesson 15: Direct Interpolation
  • MAT210 Lesson 16: Newton’s Divided Difference
  • MAT210 Lesson 17: Lagrangian Interpolation
  • MAT210 Lesson 18: Splines I
  • MAT210 Lesson 19 & 20: Regression
  • MAT210 Lesson 21&22: Integration
  • MAT210 Lesson 25-27: Solving ODEs
  • MAT210 Numerical Analysis
  • MAT210 Test #1 Answers & Interpolation Problem
  • MAT210 Tutorial #1: Errors, Differentiation & Roots
  • MAT210 Workshop 13th-14th May
  • MAT210 Workshop 20th-21st May
  • MAT210 Workshop July 8 & 9
  • MAT210 Workshop June 03 & 04
  • MAT210 Workshop June 24 & 25
  • Numerical Computing with Matlab

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