This Notebook illustrate the calculation of Semantic Similarity using WordNet Embedding and Principal Component Analysis
Jupyter notebook showing off how to implement some simple variations of the Quantum random walk using the Qiskit library
a collection of numerical experiments documented in jupyter notebooks.
NYU Core UA 107 lecture demonstration notes
Some interesting applications of Stochastic Processes using Jupyter Notebooks for descriptive and instructive illustrations.
📓 Simulation exercises access point for result extraction which can be used in modeling and theoretical approach of molecular and atomic processes.
Network Dynamics and Learning — Coursework and projects exploring network theory, optimization, and learning on graphs. Includes Jupyter notebooks with simulations, analysis, and visualizations using Python
🎨 Personal data visualization toolkit generating synthetic datasets across multiple domains (random walks, dice simulations, weather patterns, earthquakes, GitHub analytics) with beautiful Matplotlib & Plotly visualizations. Includes Jupyter notebooks, interactive dashboards & statistical analysis. Perfect for learning data science! 🚀📊
Finally figured out what my statistical mechanics professor was really asking of me for his computational physics projects. The notebook file simulates 1D random walks of unit step size and equal probabilities of stepping left/right. The associated python script contains class and function methods used for simulation.
Add a description, image, and links to the random-walk topic page so that developers can more easily learn about it.
To associate your repository with the random-walk topic, visit your repo's landing page and select "manage topics."