Канал: ComputationalScientist

Simulated Annealing Algorithm in Python - Travelling Salesperson Problem

Simulated Annealing Algorithm in Python - Travelling Salesperson Problem

Create a random matrix in R (uniform, normal, Poisson, exponential)

Create a random matrix in R (uniform, normal, Poisson, exponential)

Install Python 3.6 on Ubuntu 18 (with Jupyter Notebook) - full guide 3 min.

Install Python 3.6 on Ubuntu 18 (with Jupyter Notebook) - full guide 3 min.

Circular Drum Shape Animation in 2D

Circular Drum Shape Animation in 2D

Square Drum Shape Animation in 3D

Square Drum Shape Animation in 3D

Latex and TexStudio installation on Ubuntu 18 - easy method

Latex and TexStudio installation on Ubuntu 18 - easy method

Square Drum Shape Animation in 2D

Square Drum Shape Animation in 2D

Rectangular Membrane Animation in 3D

Rectangular Membrane Animation in 3D

Masked 3D surface plots with holes and smooth edges in Python - workaround

Masked 3D surface plots with holes and smooth edges in Python - workaround

Rectangular Membrane Animation in 2D

Rectangular Membrane Animation in 2D

Animation of a Circular Drum with a Hole in 3D

Animation of a Circular Drum with a Hole in 3D

Animation of a Circular Drum with a Hole in 2D

Animation of a Circular Drum with a Hole in 2D

Can you hear the shape of a drum? - Computing and Visualizing the Eigenmodes in Python

Can you hear the shape of a drum? - Computing and Visualizing the Eigenmodes in Python

Circular Drum Shape Animation in 3D

Circular Drum Shape Animation in 3D

Installing MatConvNet with CUDA 9.0 (GPU) support on Ubuntu 17.10

Installing MatConvNet with CUDA 9.0 (GPU) support on Ubuntu 17.10

Binomial option pricing model (put, call) in Python

Binomial option pricing model (put, call) in Python

Simulated Annealing Visualization: Solving Travelling Salesman Problem

Simulated Annealing Visualization: Solving Travelling Salesman Problem

Channel Trailer

Channel Trailer

Latin Hypercube Sampling (2D, uniform) in Python

Latin Hypercube Sampling (2D, uniform) in Python

Mandelbrot set in Python

Mandelbrot set in Python

Numerical Differentiation (First) and How to Minimize Error with Python

Numerical Differentiation (First) and How to Minimize Error with Python

Approximation of Pi Using Hit and Miss (Monte Carlo) Method with Python

Approximation of Pi Using Hit and Miss (Monte Carlo) Method with Python

Elementary Cellular Automata 1-29

Elementary Cellular Automata 1-29

Elementary Cellular Automata 210-239

Elementary Cellular Automata 210-239

Elementary Cellular Automata 60-89

Elementary Cellular Automata 60-89

Elementary Cellular Automata 90-119

Elementary Cellular Automata 90-119

Elementary Cellular Automata 180-209

Elementary Cellular Automata 180-209

Elementary Cellular Automata 120-149

Elementary Cellular Automata 120-149

Elementary Cellular Automata 240-255

Elementary Cellular Automata 240-255

Elementary Cellular Automata 150-179

Elementary Cellular Automata 150-179

Elementary Cellular Automata 30-59

Elementary Cellular Automata 30-59

Cellular Automata with Python (Jupyter Notebook)

Cellular Automata with Python (Jupyter Notebook)

Automated typing with Python

Automated typing with Python

SIR model with Python

SIR model with Python