Simulated Annealing Algorithm in Python - Travelling Salesperson Problem
14:05
Simulated Annealing Algorithm in Python - Travelling Salesperson Problem
Create a random matrix in R (uniform, normal, Poisson, exponential)
4:00
Create a random matrix in R (uniform, normal, Poisson, exponential)
Install Python 3.6 on Ubuntu 18 (with Jupyter Notebook) - full guide 3 min.
3:30
Install Python 3.6 on Ubuntu 18 (with Jupyter Notebook) - full guide 3 min.
Circular Drum Shape Animation in 2D
1:27
Circular Drum Shape Animation in 2D
Square Drum Shape Animation in 3D
1:27
Square Drum Shape Animation in 3D
Latex and TexStudio installation on Ubuntu 18 - easy method
3:01
Latex and TexStudio installation on Ubuntu 18 - easy method
Square Drum Shape Animation in 2D
1:27
Square Drum Shape Animation in 2D
Rectangular Membrane Animation in 3D
1:27
Rectangular Membrane Animation in 3D
Masked 3D surface plots with holes and smooth edges in Python - workaround
12:20
Masked 3D surface plots with holes and smooth edges in Python - workaround
Rectangular Membrane Animation in 2D
1:27
Rectangular Membrane Animation in 2D
Animation of a Circular Drum with a Hole in 3D
1:27
Animation of a Circular Drum with a Hole in 3D
Animation of a Circular Drum with a Hole in 2D
1:27
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
11:55
Can you hear the shape of a drum? - Computing and Visualizing the Eigenmodes in Python
Circular Drum Shape Animation in 3D
1:27
Circular Drum Shape Animation in 3D
Installing MatConvNet with CUDA 9.0 (GPU) support on Ubuntu 17.10
17:28
Installing MatConvNet with CUDA 9.0 (GPU) support on Ubuntu 17.10
Binomial option pricing model (put, call) in Python
10:18
Binomial option pricing model (put, call) in Python
Simulated Annealing Visualization: Solving Travelling Salesman Problem
3:00
Simulated Annealing Visualization: Solving Travelling Salesman Problem
Channel Trailer
1:11
Channel Trailer
Latin Hypercube Sampling (2D, uniform) in Python
5:03
Latin Hypercube Sampling (2D, uniform) in Python
Mandelbrot set in Python
7:31
Mandelbrot set in Python
Numerical Differentiation (First) and How to Minimize Error with Python
6:52
Numerical Differentiation (First) and How to Minimize Error with Python
Approximation of Pi Using Hit and Miss (Monte Carlo) Method with Python
3:58
Approximation of Pi Using Hit and Miss (Monte Carlo) Method with Python
Elementary Cellular Automata 30-59
24:31
Elementary Cellular Automata 30-59
Elementary Cellular Automata 150-179
24:31
Elementary Cellular Automata 150-179
Elementary Cellular Automata 240-255
13:05
Elementary Cellular Automata 240-255
Elementary Cellular Automata 120-149
24:31
Elementary Cellular Automata 120-149
Elementary Cellular Automata 180-209
24:31
Elementary Cellular Automata 180-209
Elementary Cellular Automata 90-119
24:31
Elementary Cellular Automata 90-119
Elementary Cellular Automata 60-89
24:31
Elementary Cellular Automata 60-89
Elementary Cellular Automata 210-239
24:31
Elementary Cellular Automata 210-239