State Cross Over Resampling

Brought to you by: csloader

Last Update: 2013-11-15

Get an email when there's a new version of State Cross Over Resampling

Algorithm for sampling particles by dissembling the particles according to its dimensions of state space and reassembling them together to form new particles. Enlarging the search space of the state space and then increase the efficiency of the algorithm.

Project Activity

See All Activity >

Follow State Cross Over Resampling

State Cross Over Resampling Web Site

Other Useful Business Software

Gemini 3 and 200+ AI Models on One Platform

Access Google's best plus Claude, Llama, and Gemma. Fine-tune and deploy from one console.

Build, govern, and optimize agents and models with Gemini Enterprise Agent Platform.

Start Free

Rate This Project

User Reviews

Be the first to post a review of State Cross Over Resampling!

Additional Project Details

Registered

2013-09-16

Report inappropriate content

Gemini 3 and 200+ AI Models on One Platform

Access Google's best plus Claude, Llama, and Gemma. Fine-tune and deploy from one console.

Build, govern, and optimize agents and models with Gemini Enterprise Agent Platform.

Start Free

Recommended Projects

particles.js
A lightweight JavaScript library for creating particles
Scattering software
Under this name are enclosed a number of applications useful to study the scattering of waves by (nano)particles of different shapes.
Gromacs
Gromacs for Windows
SPARTA
Direct Simulation Monte Carlo (DSMC) Simulator
Simbuca
SIMBUCA (before called Simonion) is a simulation package that simulates the motion of charged particles under the influence of Electric and/or Magnetic fields. What makes Simbuca unique is that you can choose to calculate the Coulomb interaction between ions on a Graphics cards which is much faster than calculating this on the conventional CPU (reducing the simulation time from years to days). Therefore Simbuca has been applied in various projects which required to understand the behaviour of charged "trapped" particles under the influence of EM Fields and there mutual Coulomb interaction. Simbuca is easy to read and understand and can be tweaked to your personal needs. It has been applied to simulate different types of particles: for example antiprotons, positrons, 39K+ , highly charged ions, negatively charged particles. Simbuca also has been applied to simulate Penning/Paul traps, Mr-TOFs, RFQs, ... More info on the wiki: https://sourceforge.net/p/simbuca/wiki