Media Summary: OIT Math 451 section 4.3a: Numerical Differentiation I Introducing interpolation using Lagrange polynomials and divided differences. Newton's approach to polynomial interpolation.

Oit Math 451 Section 4 - Detailed Analysis & Overview

OIT Math 451 section 4.3a: Numerical Differentiation I Introducing interpolation using Lagrange polynomials and divided differences. Newton's approach to polynomial interpolation. How simple arithmetic operations, particularly subtraction, can cause loss of significant digits, and damage to the results. Introduction of linear systems of equations using a fictional electronics manufacturing example. Introduction of the nature of numerical solutions to non-linear equations, solving one at a time.

THIS INTRODUCTION MODULE IS OUT OF DATE This is the course overview Numeric representations on moder computers. Introduction to Numeric Systems and Computation.

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OIT Math 451 section 4.3a: Numerical Differentiation I
OIT Math 451 session 4.1a: Finite Difference Introduction and Lagrange Interpolation
OIT Math 451 section 4.3b: Numerical Differentiation II
OIT Math 451 session 4.1b-1: Newton Interpolation   1 of  2
OIT Math 451 session 1.4: Loss of Significance
OIT Math 451 session 2.0a: Example of  a System of Linear Equations
OIT Math 451 session 3.0:Solving Non-linear Equations : Introduction
OIT Math 451 section 0.0: Introduction and Logistics
OIT Math 451 section 1.1 : Numeric Representation to Support Automation
OIT Math 451 section 0.1a: The Origins of Computation
OIT Math 451 section 0 0   summer 2017
OIT Math 451 session 0.2: Algorithms as Solutions
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OIT Math 451 section 4.3a: Numerical Differentiation I

OIT Math 451 section 4.3a: Numerical Differentiation I

OIT Math 451 section 4.3a: Numerical Differentiation I

OIT Math 451 session 4.1a: Finite Difference Introduction and Lagrange Interpolation

OIT Math 451 session 4.1a: Finite Difference Introduction and Lagrange Interpolation

Introducing interpolation using Lagrange polynomials and divided differences.

OIT Math 451 section 4.3b: Numerical Differentiation II

OIT Math 451 section 4.3b: Numerical Differentiation II

Welcome back to

OIT Math 451 session 4.1b-1: Newton Interpolation   1 of  2

OIT Math 451 session 4.1b-1: Newton Interpolation 1 of 2

Newton's approach to polynomial interpolation.

OIT Math 451 session 1.4: Loss of Significance

OIT Math 451 session 1.4: Loss of Significance

How simple arithmetic operations, particularly subtraction, can cause loss of significant digits, and damage to the results.

OIT Math 451 session 2.0a: Example of  a System of Linear Equations

OIT Math 451 session 2.0a: Example of a System of Linear Equations

Introduction of linear systems of equations using a fictional electronics manufacturing example.

OIT Math 451 session 3.0:Solving Non-linear Equations : Introduction

OIT Math 451 session 3.0:Solving Non-linear Equations : Introduction

Introduction of the nature of numerical solutions to non-linear equations, solving one at a time.

OIT Math 451 section 0.0: Introduction and Logistics

OIT Math 451 section 0.0: Introduction and Logistics

THIS INTRODUCTION MODULE IS OUT OF DATE This is the course overview

OIT Math 451 section 1.1 : Numeric Representation to Support Automation

OIT Math 451 section 1.1 : Numeric Representation to Support Automation

Numeric representations on moder computers.

OIT Math 451 section 0.1a: The Origins of Computation

OIT Math 451 section 0.1a: The Origins of Computation

Introduction to Numeric Systems and Computation.

OIT Math 451 section 0 0   summer 2017

OIT Math 451 section 0 0 summer 2017

OIT 451

OIT Math 451 session 0.2: Algorithms as Solutions

OIT Math 451 session 0.2: Algorithms as Solutions

Well welcome back to

OIT Math 451 session 4.1b part 2: Newton Interpolation   2 of 2

OIT Math 451 session 4.1b part 2: Newton Interpolation 2 of 2

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