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timo282/README.md

👋 Hi there!

I'm Timo, a PhD student in the Machine Learning Interpretability group at LMU Munich. My research interests center on making Machine Learning interpretable to increase trust and transparency, as well as on intersections of Interpretable Machine Learning with other areas of Machine Learning. My current research focuses on feature effects, feature interactions, and functional decompositions. Previously, I have also worked on prompt optimization and in industry, developing and deploying Machine Learning models with a focus on interpretability.

💻 Projects

My repositories encompass a broad range of projects, from university assignments to private projects and competitions, from unmaintained research repositories to productive Python packages, and from desktop applications and Web Interfaces to Machine Learning use cases and optimization benchmarks.

🤝 Let's Connect!

Feel free to explore these and other projects on my GitHub or connect with me on LinkedIn.

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  1. automl/promptolution automl/promptolution Public

    A unified, modular Framework for Prompt Optimization

    Python 91 5

  2. finitearth/capo finitearth/capo Public

    We introduce CAPO, a novel prompt optimization algorithm that integrates racing and multi-objective optimization for cost-efficiency and leverages few-shot examples and task descriptions, outperfor…

    Jupyter Notebook 14

  3. current-research-feature-effects current-research-feature-effects Public

    Interpretable Machine Learning research project at LMU Munich: Understanding implications of dataset choice for feature effect estimation in a simulation-based investigation through error decomposi…

    TeX 2

  4. NLP-The-Office NLP-The-Office Public

    Leveraging various traditional and modern NLP approaches to analyse a dataset with script lines from the US TV-show "The Office".

    Jupyter Notebook 1 1

  5. REDA-solutions/PlotLegendDetectionCV REDA-solutions/PlotLegendDetectionCV Public

    Repository for competition "Find a legend" by Xeek.ai

    Jupyter Notebook 2

  6. PascalKnoll/Investigation-of-Particle-Swarm-Optimization PascalKnoll/Investigation-of-Particle-Swarm-Optimization Public

    Systematic empirical evaluation of Particle Swarm Optimization for the optimization of Gaussian Process models

    Jupyter Notebook 2 1