FS25_MSP_digitalcom

This repository provides the topics for the Capstone projects for the module Digital Communications https://www.fhnw.ch/de/studium/module/9107973

• Project 1 CLEAR: Evaluating Digital Communication Links under Noise and Optimal Reception
• Project 2 CLEAN: Communication Link Estimation & Adaptive Noise-reduction
• Project 3 SHARP: Spectral Handling & Adaptive Rejection of Power
• Project 4 DEFI: Decision-Feedback Equalizer Implementation
• Project 5 KALM : Kalman-based Adaptive Linear Modeling

We’ll cover how to fork the FS25_MSP_digitalcom repository, make changes, and push them back.

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Recommended Tools

We recommend using:

• Visual Studio Code (VSCode) for editing and managing your code with a powerful and user-friendly interface.
• Jupyter Notebook for interactive data analysis, visualization, and running code snippets, especially if the repository involves Python code and data processing.

You can install VSCode and the Python/Jupyter extensions to work seamlessly. VSCode Includes a console that you can use

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Step 1: Fork the Repository

1. Go to the FS25_MSP_digitalcom repository.
2. In the top-right corner, click the Fork button.
3. Choose your GitHub account to create a fork. This will create a copy of the repository in your account.

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Step 2: Clone the Forked Repository

Next, clone the forked repository to your local machine:

git clone https://github.com/YOUR_USERNAME/FS25_MSP_digitalcom.git

Replace YOUR_USERNAME with your GitHub username.

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Step 4: Create a New Branch for Your Work

 git checkout -b name-experiments

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Step 4: Edit codeand run you experiments, update your powerpoint

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Step 5: Stage and Commit Your Changes, and Final Push

git checkout -b name-experiments
git add .
git commit -m "Update experiments, code, and presentation slides"
git push origin my-experiments

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