129 Ergebnisse

Learn Fourier analysis using live scripts and apps.

Geometric computing library for 3D shapes: meshes, points, lines, planes...

Teach numerical methods for interpolation, differentiation, integration, and solving ODEs and PDEs with MATLAB.

Solution for systems of linear algebraic equations

Useful functions for geometry processing, constrainted optimization and image processing.

Implements the frequency domain form of proper orthogonal decomposition (POD)

Calculates the local radius of curvature as well as the cumulative arc length and the curvature vector along a 1D curve in 2D or 3D space

A set of examples of Monte Carlo numerical estimation methods.

Dijstra algorithm to solve shortest path problem.

A collection of teaching scripts showing applications of linear algebra to chemistry, computer science, mechanical engineering, and more.

Plot 2- or 3- circle area-proportional Venn diagram

Using the Live Editor and the Symbolic Math Toolbox to teach calculus concepts

Geometry library for matlab. Performs geometric computations on points, lines, circles, polygons...

Scatter plot where each point is colored by the spatial density of nearby points.

Companion Software

How to turn a collection of XYZ triplets into a surface plot.

By Fernando Zigunov, 2019 [U, S, V] = POD(X) returns the proper orthogonal decomposition

Permutations with repetition, all or a subset

POLYGEOM computes area, centroid location, area moments of inertia and perimeter of closed polygons.

Select blocks to vary parameters for Monte Carlo Simulation.

Creates nice boxplots from data. You don't need a toolbox. Simple yet fully featured.

Program to calculate inverse of a Matrix, A

Demonstrations of Monte Carlo simulations in MATLAB

Computes coefficients for the real Fourier series approximation to a data set.

Aprende análisis de Fourier utilizando live scripts y aplicaciones.

Toolbox for multiparameter and singular eigenvalue problems

Lower–Upper (LU) decomposition or factorization to solve the set of n linear equations Ax=b.

Matlab codes for Power Method to find dominant eigenvalue and the corresponding eigenvector.

Numerical solution of a system of linear equations by Gauss Elimination method

Systems of Linear Equations: Gaussian Elimination

A Monte Carlo simulation with live plot to determine the respective probabilities to land on the 40 fields of the Monopoly board.

Monte-Carlo simulator for statistical process simulation

Draws a venn diagram for two or three sets with proportional areas.

Companion Software

Create 3D Boxplots to display distributions with more than one grouping parameter

A matlab implementation of the strong rank revealing QR.

The code calculates Gaussian and mean curvatures on a triangulaed 3d surface.

initiates a GUI that graphs a function against the nth partial sum of its Fourier series

Companion Software

Numerical solution of a system of linear equations by Gauss-Seidel iteration method.

Numerical solution of a system of linear equations by Gauss Jacobi iteration method.

Collection of interactive demos illustrating fundamental topics in calculus.

Live Editor Solutions Examples for Calculus 3

boxplots

Elegant box plot with a few customisation features

A simple Monte Carlo simulation example with detailed comments

Computes shortest path between two nodes using Dijkstra algorithm

Finds Shortest Distance between nodes using Dijkstra Algorithm.

Computes exp(A)*b where A is real and symmetric

Compute the eigenfrequencies and mode shapes of a continuous beam with different boundary conditions

Cosine Sine Decomposition of an array

QR decomposition using Householder Reflection

Decomposition of a matrix into lower triangular matrix L and diagonal matrix D

QR Decomposition or Factorization (Householder Reflections Approach)

Scatter plot matrix with histogram in diagonal line, correlation coefficients in upper triangular, and scatter plots in the lower triangular

A function to plot box as well as scatter

Lecture notes for Linear Algebra using Introduction to Linear Algebra with Applications by DeFranza and Gagliardi.

This project Successfully calculate Fourier series Coefficients for different signals

Integration and area under the curve using Monte-carlo simulation.

MATLAB Diferential and Integral Calculus