Media Summary: Numeric representations on moder computers. Induction as a means to prove proposed formulas and some useful formulas that count the number of computations before they ... Introduction to Numeric Systems and Computation.

Oit Math 451 Session 1 - Detailed Analysis & Overview

Numeric representations on moder computers. Induction as a means to prove proposed formulas and some useful formulas that count the number of computations before they ... Introduction to Numeric Systems and Computation. Creating P-code needed to triangularize a matrix. This is a two part series, taking you through the 1st column only. Understanding the nature of our modern definition of numbers. THIS INTRODUCTION MODULE IS OUT OF DATE This is the course overview for

Newton's approach to polynomial interpolation. Introducing the Taylor Series as a consequence of the Mean Value Theorem. Applying the classic definition of a definite integral to a numerical method which we will call the rectangular rule. Introduction of the nature of numerical solutions to non-linear equations, solving Introducing interpolation using Lagrange polynomials and divided differences.

Photo Gallery

OIT Math 451 section 1.1 : Numeric Representation to Support Automation
OIT Math 451 session 0.1c: Preliminaries : Counting & Induction
OIT Math 451 section 0.1a: The Origins of Computation
OIT Math 451 session 2.1a: Triangularization through column 1
OIT Math 451 session 0.1b: Preliminaries - rational & irrational numbers
OIT Math 451 section 0.0: Introduction and Logistics
OIT Math 451 session 4.1b-1: Newton Interpolation   1 of  2
OIT Math 451 session 5.1b-1: The Recursive Trapezoidal Algorithm - part 1
OIT Math 451 section 0 0   summer 2017
OIT Math 451 1.2a: Expressing a Function as a Polynomial Part I
OIT Math 451 session 5.0: The Rectangle Rule
OIT Math 451 session 3.0:Solving Non-linear Equations : Introduction
View Detailed Profile
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 session 0.1c: Preliminaries : Counting & Induction

OIT Math 451 session 0.1c: Preliminaries : Counting & Induction

Induction as a means to prove proposed formulas and some useful formulas that count the number of computations before they ...

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 session 2.1a: Triangularization through column 1

OIT Math 451 session 2.1a: Triangularization through column 1

Creating P-code needed to triangularize a matrix. This is a two part series, taking you through the 1st column only.

OIT Math 451 session 0.1b: Preliminaries - rational & irrational numbers

OIT Math 451 session 0.1b: Preliminaries - rational & irrational numbers

Understanding the nature of our modern definition of numbers.

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 for

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 5.1b-1: The Recursive Trapezoidal Algorithm - part 1

OIT Math 451 session 5.1b-1: The Recursive Trapezoidal Algorithm - part 1

The recursive trapezoidal rule - part

OIT Math 451 section 0 0   summer 2017

OIT Math 451 section 0 0 summer 2017

OIT 451

OIT Math 451 1.2a: Expressing a Function as a Polynomial Part I

OIT Math 451 1.2a: Expressing a Function as a Polynomial Part I

Introducing the Taylor Series as a consequence of the Mean Value Theorem.

OIT Math 451 session 5.0: The Rectangle Rule

OIT Math 451 session 5.0: The Rectangle Rule

Applying the classic definition of a definite integral to a numerical method which we will call the rectangular rule.

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

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.