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MAT210 Workshop July 8 & 9

Dr. Ham 2014/07/09 MAT210 Workshop July 8 & 92014-07-15T16:47:50+03:00 MAT210 No Comment
In this workshop we will work on the solution to the shortest path problem assigned a few weeks ago. The purpose of the assignment was to demonstrate: That there are…
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MAT210 Lesson 25-27: Solving ODEs

Dr. Ham 2014/07/03 MAT210 Lesson 25-27: Solving ODEs2014-07-18T11:29:42+03:00 MAT210 No Comment
Three lessons on numerical solutions to ODEs are here: Euler: Lecture Slide for viewing (direct download here) Runge-Kutta: Lecture Slides for viewing (direct download here) Finite Difference: Lecture Slide for…
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MAT210 Lesson 21&22: Integration

Dr. Ham 2014/06/30 MAT210 Lesson 21&22: Integration2014-06-30T14:59:49+03:00 MAT210 No Comment
Lecture slides for numerical integration may be found at the links below Introduction: Trapezoid and Simpson's 1/3 Rules Romberg Integration using Richardon's Extrapolation These are based on the Integration sections…
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MAT210 Lesson 19 & 20: Regression

Dr. Ham 2014/06/24 MAT210 Lesson 19 & 20: Regression2014-06-24T12:35:48+03:00 MAT210 No Comment
From Kaw: What is regression analysis? "Regression analysis gives information on the relationship between a response (dependent) variable and one or more (predictor) independent variables to the extent that information…
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MAT210 Test #1 Answers & Interpolation Problem

Dr. Ham 2014/06/16 MAT210 Test #1 Answers & Interpolation Problem2014-06-16T15:37:01+03:00 MAT210 No Comment
It was clear on questions #1 and #6 that most of the class crammed, memorizing answers and not even reading the questions thoroughly. For a soft copy of the answers…
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MAT210 Lesson 18: Splines I

Dr. Ham 2014/06/09 MAT210 Lesson 18: Splines I2014-06-09T09:48:07+03:00 MAT210 No Comment
For some functions, a single polynomial is not a good fit, especially if there are different shapes in different regions. An alternative approach is to use piecewise polynomial interpolation ,…
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MAT210 Lesson 17: Lagrangian Interpolation

Dr. Ham 2014/06/08 MAT210 Lesson 17: Lagrangian Interpolation2014-06-08T21:24:36+03:00 MAT210 No Comment
Along with the two other single polynomial interpolation method, Direct and Newton's Divided Difference, there is a 3rd way, which is based on a weighted average of the function values…
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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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Related Posts

    Related Pages

    • MAT210 L15: Interpolation: Direct
    • 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 Numerical Analysis

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