public:ba-themen
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| public:ba-themen [2025/02/04 09:30] – spohr | public:ba-themen [2025/12/09 13:53] (current) – Added another POTTR related topic schulte | ||
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| * Integrate/ | * Integrate/ | ||
| * Paper Dominik Heider https:// | * Paper Dominik Heider https:// | ||
| - | * Maximizing diversity | + | * Changing the calculation of a drug response metric |
| - | * " | + | * Removing tautomers and mesomers in generated chemical structures. Contact: Khoa |
| - | * 3D-time-dose-response surface fitting and extrapolation, | + | * Clustering of tumor trees with POTTR / based on POTTR. Contact: |
| - | | + | * Find maximal common trajectories in conflict graph using heuristics for max independent set. Contact: |
| === MSc level === | === MSc level === | ||
| + | * Development and implementation of a multi-grid Alignment Algorithm leveraging structure-adapted banded alignments. Contact: Martin | ||
| + | * Test and develop approximation algorithm for finding maximum / maximal common trajectories, | ||
| * Vehicle routing problem for leaf optimization. Get Martin' | * Vehicle routing problem for leaf optimization. Get Martin' | ||
| * Data from Olga. compare molecular graphs. Contact: Gunnar | * Data from Olga. compare molecular graphs. Contact: Gunnar | ||
| * Further stuff Nan (new stuff on image analysis) | * Further stuff Nan (new stuff on image analysis) | ||
| + | |||
| + | === Projektarbeit === | ||
| + | * Extend PHI (https:// | ||
| + | * Histo-Slide stitching via partial differential equations - Image-Puzzling for tissue samples. Contact: Martin | ||
| === Other topics / No fixed level === | === Other topics / No fixed level === | ||
| + | * Using Evo2 to improve Metagenomics Classification, | ||
| * Benchmarking and Testing of Clustering-based, | * Benchmarking and Testing of Clustering-based, | ||
| This project aims to evaluate different approaches for cell type prediction in high-plex imaging data, including clustering-based methods, manual annotation, and machine learning (ML) models. The study will compare the accuracy, reproducibility, | This project aims to evaluate different approaches for cell type prediction in high-plex imaging data, including clustering-based methods, manual annotation, and machine learning (ML) models. The study will compare the accuracy, reproducibility, | ||
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| * Spa-Typing and Flight Data: Collect Flight Data and Samples from Spa Database and look for Correlations (Check if a high volume of flights correlates to similar detected Spa-Types / Develop a framework to check correlation between flight volume and genetic information), | * Spa-Typing and Flight Data: Collect Flight Data and Samples from Spa Database and look for Correlations (Check if a high volume of flights correlates to similar detected Spa-Types / Develop a framework to check correlation between flight volume and genetic information), | ||
| * Backport Sven's 0-Edge-CE-Heuristic into Yoshiko Main (and thus Cytoscape App), Contact: Sven, (Philipp?) | * Backport Sven's 0-Edge-CE-Heuristic into Yoshiko Main (and thus Cytoscape App), Contact: Sven, (Philipp?) | ||
| - | * Projektarbeit, | ||
| - | |||
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