Numerical Methods In Matlab For Engineering Students Part 2

What you'll learn
Least Squares Regression
Polynomial Regression
Lagrange Interpolating Polynomials
Linear, Quadratic and Cubic Splines
Curve Fitting
Interpolation
Requirements
Be familiar with topics from Calculus
MATLAB fundamentals like logicals and for loops will be needed
Description
Interpolation and curve fitting techniques are widely-used by scientists and engineers. Why? Well, experiments generate data and it's necessary to find a way to model this data mathematically. Curve fitting helps us do that! This course covers interpolation and curve fitting techniques typically found in an undergraduate-level Numerical Methods course. MATLAB will be used to implement the methods on the computer. What we'll cover:Least squares regressionPolynomial regressionLagrange interpolating polynomialsNewton's divided differencesLinear splinesQuadratic splinesCubic splinesMATLAB implementation of the methodsWhat comes with the course:Downloadable outline of notes (.pdf file) to help you follow along with the lectures and keep you engaged14 downloadable MATLAB .m files of all codes used in the courseEasy to follow lecture videosAfter this course you'll be able to generate your own curve fits for experimental data as well as know how to properly interpolate to get the best estimates. If you're taking a Numerical Methods course at a University, I've got you covered! We'll work through examples by hand as well as using MATLAB. This way you'll be prepared if you get an exam problem you have to complete by hand. If you're looking for a way to improve your coding skills this is a great course for that too! We'll cover lots of algorithms that'll use different coding concepts like if-elseif statements and for loops. So, if you want more practice with programming in MATLAB this course will definitely give you that experience.
Overview
Section 1: Introduction
Lecture 1 Welcome! Get started here
Lecture 2 Least Squares Regression
Lecture 3 Example with MATLAB
Lecture 4 Polynomial Regression
Lecture 5 Example
Lecture 6 Example with MATLAB
Lecture 7 Lagrange Interpolating Polynomials
Lecture 8 Example
Lecture 9 Example
Lecture 10 Lagrange Interpolating Polynomial Algorithm with MATLAB
Lecture 11 Newtons Divided Differences
Lecture 12 Example
Lecture 13 Divided Differences Algorithm & MATLAB Example
Lecture 14 Linear Splines
Lecture 15 Example with MATLAB
Lecture 16 Quadratic Splines
Lecture 17 Example with MATLAB
Lecture 18 Cubic Splines
Lecture 19 Example with MATLAB
Lecture 20 Cubic Spline with Lagrange Polynomials
Lecture 21 Example
Lecture 22 Cubic Spline Algorithm with MATLAB
Lecture 23 Cubic Spline Built In MATLAB Function
Engineers and engineering students who need to know how to do interpolation and curve fit experimental data


Homepage

https://www.udemy.com/course/numerical-methods-matlab-engineers-curve-fit/