The advection-diffusion equation is solved on a 1D domain using the finite-difference method. Constant, uniform velocity and diffusion coefficients are assumed. The forward (or explicit) Euler method ...

The response of many biomedical systems can be modelled using a linear combination of damped exponential functions. The approximation parameters, based on equally spaced samples, can be obtained using ...

Matrix Laboratory or Matlab is designed to work mainly with arrays and matrices. All the Matlab variables, irrespective of their data type, are multidirectional arrays and all matrices are ...

Airborne remotely sensed data (e.g. hyperspectral imagery, thermal videography, full frame RGB photography) often requires post-processing to be combined into a series of images or a mosaic for ...

# What for? If you have a set of data Did you know that in math it is possible to find a function which produces its same set of data regardless of how they are arranged? So yes! using The method of ...

Abstract: A method for evaluating the uncertainty using Monte Carlo method with MATLAB is presented. Monte Carlo method is a general numerical approach for carrying out the calculations required as ...

Abstract: In the college physics course, a Matlab method to simulate the physical phenomena was introduced. Utilizing the method, students can do experiments by the computer, in a short time. Results ...