Converts Roman numerals to and from integers

These two scripts convert Roman numerals to and from any integer (scalar, vector or matrix), including large numbers greater than 4999 with the parenthesis notation (multiplies by 1000).The function

Convert Arabic numerals to Roman numerals

S = ARABIC2ROMAN( N ) produces the Roman numeral, S, for a given Arabic numeral, N. N is a scalar number. S returns a string.Limitation: Does not handle Arabic values greater than 3999

Convert from and to different numeral systems. Arabic, Roman, Mayan, Ionic, Babylonian.

This toolbox contains four main functions that converts back and forth between different numeral systems. Numeral systems supported are yet so far only the ancient systems; Arabic, Roman, Mayan

These GUI convert roman numerals to integer numerals and vise-versa.

These GUI convert roman numerals to integer numerals and vise-versa.

Toolbox containing files and app from Numerical Computing with MATLAB

Convert Roman numerals to Arabic numerals

N = ROMAN2ARABIC( S ) produces the Arabic numeral, N, for a given Roman numeral, S. S is a string. N returns a scalar number.

Numerical derivative of an analytically supplied function, also gradient, Jacobian & Hessian

Function to create a sankey plot / alluvial flow diagram to visualise the group membership and its change over time.

Converts dates across Gregorian, Persian/ Jalali (Solar Hijri), and Islamic Lunar Hijri calendars

numerals.For example:[outdatenum,outdatetxt] = dateconv(2000,1,1,'ce','sh') returns the equivalent date for Jan 1, 2000 in Persian Solar Hijri calendar: >> [outdatenum,outdatetxt] =

Numerical extrapolation of a limit (with an error estimate) from only function values

Convert numeric values to a string array of integers with ordinal suffixes. Fully vectorized!

Numerical approximation of the inverse Laplace transform for use with any function defined in "s".

OCR to recognize upper/lowercase letters, numerals and spaces from a digital image.

this project aims at recognizingcharacters from a text image.Both the uppercase and lowercase letter with numerals are recognized.And spaces are also recognized within different words.The process of

The Simpson's rule uses parabolic arcs instead of the straight lines used in the trapezoidal rule

Companion software to accompany the book "Numerical Methods Using MATLAB"

The function f(t)=INVLAP(F(s)) inverts Laplace transforms very effectively.

Codes and explanations for some numerical methods to find solutions to linear algebraic equations.

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

Numerical implementation of the uniform-shear model by Mann (1994)

Companion Software

Rapidly compresses (or decompresses) Matlab variables in memory

GIBBON: The Geometry and Image-Based Bioengineering add-ON for MATLAB

Solution of Wave equation by Finite Difference method

Simulation of random variables using inverse method and acceptance-rejection method.

Companion Software

Copies a numerical array to the clipboard as a tab-separated string ready for pasting.

A set of Matlab experiments that illustrates advanced computational signal and image processing.

Numerical Solution of 1st order ode using Runge–Kutta–Fehlberg.

Companion Software

This file contains numerical method used for solving non linear equations

Performs single dimensional differentiation numerically.

DB-KIT provides useful tools for data-driven process monitoring, prognosis and fault diagnosis. http://homepage.hit.edu.cn/jiangyuchen

Often times, we are faced with the need to compute the laplace ransfrom of complex function.

Tools for differentiation of error-corrupted data

A package of common numerical integration methods

GUI for playing the Numeric Keypad Maze game

GUI Numerical Solver including curve fitting, root finding and linear system solver using most of the popular methods.

this program is a simple example of numerical analysis application in MATLAB.

This code solves the generator swing equation

Program for the numerical integration of functions in a vectorized fashion for increased speed

A package of different numerical methods in estimating a single root of a single equation

Numerical solution of Laplace transform for random functions

General Fisher Matrix Toolbox and GUI

Numerical differentiation based on wavelet transforms (CWT and DWT)

Numerical Implementation of Source Panel Method

Numerical Volterra Equation Solver

Solve equation using numeric method

Aprroach differentiation numerically with several different methods.

Simple, well-commented Matlab code to demonstrate how to take numerical derivatives and Hessians.

These codes solve problems in the pdf file by numerical methods and compare it with the exact solution

Solves the Euler equations numerically to compute the supersonic flow across a compression corner.

Exact numerical simulation of the Ornstein-Uhlenbeck process and its time integral.

Here , I compare Euler, Runge-Kutta and Adam-Bashforth methods to integrate a simple function.

Solve equation using numeric method

Functions for the Bisection, Fixed-Point, Newton-Raphson, and Muller's methods.

This sequel to Numerical Computing with MATLAB explores the mathematics of simulation.

Particle in a box Quantum harmonic oscillator

A collection of common numerical methods in solving an initial value problem of a 1st order ODE

An example of Vlasov-Poisson system solution for the problem of nonlinear Landau damping in 1D

A special purpose application on FPGA, without the knowledge of VHDL, using Simulink to generate it!