Dr.-Ing. Martin Spiegel

Alumnus of the Pattern Recognition Lab of the Friedrich-Alexander-Universität Erlangen-Nürnberg

Research Projects

Cerebral Vessel Segmentation and Blood Flow Simulations
2-D Vessel Segmentation using Local Adaptive Contrast Enhancement (coming soon)
Classification-based Summation of digital subtraction angiography series for image post-precessing algorithms
2-D Driven 3-D Vessel Segmentation for 3-D Rotational Angiography images
Tetrahedral and Polyhedral Mesh Evaluation for Cerebral Hemodynamic Simulation
Towards Real-time Guidewire Detection and Tracking
Active Shape Model-based Kidney Segmentation

Contact

Address

Dr.-Ing. Martin Spiegel

Alumnus of the Pattern Recognition Lab of the Friedrich-Alexander-Universität Erlangen-Nürnberg



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Department of Computer Science 5 Our Team Spiegel, Martin Projects Cerebral Vessel Segmentation and Blood Flow Simulations Classification based Summation of Digital Subtraction Anigography Series 2-D Driven 3-D Vessel Segmentation for 3-D Rotational Angiography Images Tetrahedral and Polyhedral Mesh Evaluation for Cerebral Hemodynamic Simulation Towards Real-time Guidewire Detection and Tracking Active Shape Model based Kidney Segmentation Lectures Publications Thesis Curriculum Vitae Research Publications Free Software Data Courses Curriculum Theses Press Releases Cooperations Open Positions LME Videos Ph.D. Gallery Contact Intranet Impressum Datenschutzerklärung Contact Address Universität Erlangen-Nürnberg Chair of Computer Science 5 (Pattern Recognition) Germany Driving directions Powered by	Dept. of Computer Sc. » Pattern Recognition » Our Team » Spiegel, Martin » Projects Dr.-Ing. Martin Spiegel Alumnus of the Pattern Recognition Lab of the Friedrich-Alexander-Universität Erlangen-Nürnberg Research Projects Cerebral Vessel Segmentation and Blood Flow Simulations 2-D Vessel Segmentation using Local Adaptive Contrast Enhancement (coming soon) Classification-based Summation of digital subtraction angiography series for image post-precessing algorithms 2-D Driven 3-D Vessel Segmentation for 3-D Rotational Angiography images Tetrahedral and Polyhedral Mesh Evaluation for Cerebral Hemodynamic Simulation Towards Real-time Guidewire Detection and Tracking Active Shape Model-based Kidney Segmentation