Hier werden die Unterschiede zwischen zwei Versionen angezeigt.
| Beide Seiten der vorigen Revision Vorhergehende Überarbeitung Nächste Überarbeitung | Vorhergehende Überarbeitung Nächste Überarbeitung Beide Seiten der Revision | ||
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lehrstuhl:mitarbeiter:scheffe [2020/10/16 11:05] scheffe lehre |
lehrstuhl:mitarbeiter:scheffe [2022/04/22 14:30] scheffe |
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| Students worked on the following topics under my supervision: | Students worked on the following topics under my supervision: | ||
| + | * Analysis of existing autonomous and networked model-scale vehicles | ||
| + | * Combining graphs for maneuver-based motion planning of networked vehicles | ||
| + | * Sensor fusion for indoor position estimation of model-scale vehicles | ||
| + | * Path tracking control of model-scale vehicles | ||
| + | * {{ :lehre:abschlussarbeiten:ps:20200400_groko_distribution.pdf | Distributed trajectory planning for networked vehicles using graphs}} | ||
| * {{ :lehre:abschlussarbeiten:ps:20200400_groko_MPC.pdf | Receding horizon control using graph search for networked vehicle trajectory planning}} | * {{ :lehre:abschlussarbeiten:ps:20200400_groko_MPC.pdf | Receding horizon control using graph search for networked vehicle trajectory planning}} | ||
| - | * {{ :lehre:abschlussarbeiten:ps:20200400_groko_distribution.pdf | Distributed trajectory planning for networked vehicles using graphs}} | + | * Priority assignment in graph-based distributed trajectory planning |
| - | * Path tracking control of model-scale vehicles | + | * {{ :lehre:abschlussarbeiten:ps:20210400_groko_pbnc.pdf | Using dynamic priority assignment to increase feasibility in priority-based networked control}} |
| - | * Sensor fusion for indoor position estimation of model-scale vehicles | + | * {{ :lehre:abschlussarbeiten:ps:20211000_groko_dynamic_priorities.pdf | Dynamic priorities to increase feasiblity in graph-based trajectory planning for networked model-scale vehicles }} |
| - | * Combining graphs for maneuver-based motion planning of networked vehicles | + | * {{ :lehre:abschlussarbeiten:ps:20220300_groko_parallel_computation.pdf | Parallel Priority-based Trajectory Planning with Safety Guarantees for |
| - | * Analysis of existing autonomous and networked model-scale vehicles | + | Networked Vehicles}} |
| - | + | * {{ :lehre:abschlussarbeiten:ps:20220300_groko_mixed_traffic.pdf | Implementation of a Manual Controller for Model-scale Vehicles in Mixed Traffic}} | |
| + | * {{ :lehre:abschlussarbeiten:ps:20220300_groko_computation_time.pdf | Computationally Efficient Graph-based Motion Planning of Networked Vehicles}} | ||
| ===== Teaching ===== | ===== Teaching ===== | ||
| | **Semester** | **Titel** | **Art** | | | **Semester** | **Titel** | **Art** | | ||
| + | | [[:lehre:sose22 |22 Summer]] | [[:lehre:sose22:seminar]] | S | | ||
| + | | ::: | [[:lehre:sose22:proseminar]] | S | | ||
| + | | [[:lehre:wise2122|21 Winter]] | [[:lehre:wise2122:cpnav]] | V | | ||
| + | | ::: | [[:lehre:wise2122:seminar]] | S | | ||
| + | | ::: | [[:lehre:wise2122:proseminar]] | S | | ||
| + | | [[:lehre:sose21 |21 Summer]] | [[:lehre:sose21:seminar]] | S | | ||
| + | | ::: | [[:lehre:sose21:proseminar]] | S | | ||
| | [[:lehre:wise2021|20 Winter]] | [[:lehre:wise2021:cpm_v]] | V | | | [[:lehre:wise2021|20 Winter]] | [[:lehre:wise2021:cpm_v]] | V | | ||
| | ::: | [[:lehre:wise2021:seminar]] | S | | | ::: | [[:lehre:wise2021:seminar]] | S | | ||
| Zeile 50: | Zeile 62: | ||
| | ::: | [[:lehre:wise1920:proseminar]] | S | | | ::: | [[:lehre:wise1920:proseminar]] | S | | ||
| | [[:lehre:sose19 |19 Summer]] | [[:lehre:sose19:proseminar]] | S | | | [[:lehre:sose19 |19 Summer]] | [[:lehre:sose19:proseminar]] | S | | ||
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| ===== Publications ===== | ===== Publications ===== | ||
| <BIBTEX: file=publikationen style=i11 sort=year filter=scheffe> | <BIBTEX: file=publikationen style=i11 sort=year filter=scheffe> | ||