PARADOX OF SPEEDUP WITH SCARCITY
This Streamlit app simulates a diffusion model, specifically designed for the CWBM-2-STAGE and Standard Bass diffusion models. It's developed as a supplementary tool for the associated journal paper to provide interactive visualizations and insights into the model dynamics.
To run this app locally, you'll need Python and Streamlit installed. Clone this repository, install the dependencies, and run the app using Streamlit:
git clone https://github.com/yourusername/your-repository-name.git
cd your-repository-name
pip install -r requirements.txt
streamlit run app.pyThe requirements.txt file contains all the Python dependencies required to run this app. They will be installed using the pip install -r requirements.txt command mentioned above.
Contributing (If you want others to contribute, provide guidelines on how they can do that. Otherwise, you can omit this section.)
License (a SUNDAR PRODUCTION LICENSE)
Contact For any questions or discussions regarding the app, please open an issue in this repository or contact [sundar] at [uw.edu].
Replace `yourusername/your-repository-name.git`, `[SUNDAR]`, and `[SUNDAR@UW.EDU]` with your actual GitHub username, repository name, and contact information.
Once you've adjusted the content, you can save it as a `README.md` file in your repository. The `.md` extension indicates that the file is a Markdown file, which GitHub will render as a styled webpage.
You can upload this `README.md` to your GitHub repository along with your app code. If you need help with how to do that, or if you want any specific information added to the README, let me know!