Vitality Learning – Medium

Vitality Learning

Computing Transmitted Fields Through a Homogeneous Circle Using Refraction Formulas

In this post, we’ll explore how to model the transmission of a plane wave propagating along the positive direction of the x-axis through a…

Nov 12

$Computing Transmitted Fields Through a Homogeneous Circle Using Refraction Formulas$

$Computing Transmitted Fields Through a Homogeneous Circle Using Refraction Formulas$

Nov 12

Tracing Optimal Paths through Variable Speed Fields: A Numerical Approach with Python

Imagine a scenario where you need to find the fastest path across a landscape, where travel speed varies due to factors like terrain type…

Nov 7

Tracing Optimal Paths through Variable Speed Fields: A Numerical Approach with Python

Nov 7

Comparing Custom and Library Implementations of the First Order Fast Marching Method for Varying…

Calculating accurate travel times across spatially varying speed fields is crucial in applications like seismic imaging, oceanography…

Nov 6

Comparing Custom and Library Implementations of the First Order Fast Marching Method for Varying…

Nov 6

Solving a Simple System of First-Order Differential Equations with Python

In this post, we’ll look at how to solve a basic system of first-order ordinary differential equations (ODEs) using Python’s SciPy library…

Nov 5

Solving a Simple System of First-Order Differential Equations with Python

Nov 5

Numerical Solutions for One-Dimensional Ordinary Differential Equations (ODEs): Exploring Simple…

Ordinary Differential Equations (ODEs) form the backbone of many scientific and engineering disciplines. Typically, they describe the…

Nov 4

Numerical Solutions for One-Dimensional Ordinary Differential Equations (ODEs): Exploring Simple…

Nov 4

Fast Marching with Higher Order Derivatives

This post is a short one and follows Escaping the maze: the Eikonal Equation unveiled, A numerical solution to the 1D eikonal equation and…

Nov 4

Fast Marching with Higher Order Derivatives

Nov 4

Two-dimensional Fast Marching

The present post follows a series of posts: Escaping the maze: the Eikonal Equation unveiled, A numerical solution to the 1D eikonal…

Nov 4

Two-dimensional Fast Marching

Nov 4

The Godunov scheme for the solution of the two-dimensional eikonal equation and the Fast Sweeping…

The present post follows A numerical solution to the 1D eikonal equation and a Python implementation, extends its contents and deals with…

Nov 4

The Godunov scheme for the solution of the two-dimensional eikonal equation and the Fast Sweeping…

Nov 4

A numerical solution to the 1D eikonal equation and a Python implementation

This post follows Escaping the maze: the Eikonal Equation unveiled where the iconal equation was introduced as a form of dynamic…

Nov 4

A numerical solution to the 1D eikonal equation and a Python implementation

Nov 4

Escaping the maze: the Eikonal Equation unveiled

Have you ever been stuck in a maze, desperately searching for the quickest way out? Well, fear not, because the Eikonal Equation might just…

Nov 4

Escaping the maze: the Eikonal Equation unveiled

Nov 4

Vitality Learning

Vitality Learning

We are teaching, researching and consulting parallel programming on Graphics Processing Units (GPUs) since the delivery of CUDA. We also play Matlab and Python.

Following

Help
Status
About
Careers
Press
Blog
Privacy
Terms
Text to speech
Teams