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Curriculum Vitae
Education | |||
| 1996 | - | 2002 | Computer science degree at Universität Fridericiana, Karlsruhe |
| 1996 | - | 1998 |
Vordiplom (part 1) computer science, abstract mathematics, linear algebra, numerics, statistics Grade 1 ("very good after rounding") |
| 1998 | - | 2002 |
Hauptstudium (part 2) Grade 2.0 ("(not so) good") |
| 1998 | - | 1999 |
basics: algorithms, software engineering, formal systems, cognitive systems, real time systems |
| 1999 | - | 2002 |
special subjects: software engineering, compiler construction, software verification, higher programming languages, computer integrated manufacturing, robotics additional subjects: measurement engineering, correlation, analog and digital closed loop controllers, image processing practical courses: industrial robots (ROBCAD), XML compiler construction, image processing |
| 10/1997 | - | 3/1999 |
job at the Forschungszentrum Informatik Karlsruhe: implemented graphical user interface for a hardware-design-tool |
| 4/1999 | - | 7/2000 | tutor for math and physics for foreign students |
| 1/2000 | - | 4/2002 |
European MINIMAN project: implemented closed loop controller, part of software architecture, and early vision algorithm for microrobot with 5 degrees of freedom |
| 10/2001 | - | 12/2001 | stay abroad at Sheffield Hallam University |
Job | |||
| 7/2002 | - | 3/2004 |
full time job at CZ SMT AG as software developer: implemented bandpass filter for limited 2D signals, gave lecture on wavelets, designed and implemented software for computing approximated polygon data with asserted accuracy for CGH (computer generated hologram) plots, parametrisation software using XML |
Job | |||
| 4/2004 | - | 7/2009 | Research assistant and part-time PhD student at Sheffield Hallam University |
| 4/2004 | LPI 101 certification by Wyvern Training Ltd. | ||
| 4/2004 | - | 1/2005 |
EU MiCRoN project: implemented system architecture and object recognition algorithm for real-time microscope vision software |
| 2/2005 | - | 7/2009 |
EPSRC Nanorobotics project: Implementing machine vision software, telemanipulation user interface, and generic Ruby real-time computer vision extension HornetsEye for the Nanorobotics-project |
Education | |||
| 8/2009 | - | ? | PhD student at Sheffield Hallam University |
Publications
- Selected publications:
- A. J. Lockwood, J. Wedekind, R. S. Gay, M. S. Bobji, B. Amavasai, M. Howarth, G. Möbus, B. J. Inkson: Advanced transmission electron microscope triboprobe with automated closed-loop nanopositioning, Measurement Science and Technology, Volume 21 Number 7
- J. Wedekind, M. Howarth, J. Travis, K. Dutton, B. Amavasai: Real-Time Computer Vision with Ruby and libJIT, poster presentation, 2008 AVA Meeting, December 2008, Bristol
- J. Wedekind, B.P. Amavasai, K. Dutton, M. Boissenin: A machine vision extension for the Ruby programming language, 2008 IEEE International Conference on Information and Automation (ICIA 2008), pp. 991-996, June 2008, Zhangjiajie, China (also see foils)
- J. Wedekind, B.P. Amavasai, K. Dutton: Steerable filters generated with the hypercomplex dual-tree wavelet transform, 2007 IEEE International Conference on Signal Processing and Communications (ICSPC 2007), pp. 1291-1294, November 2007, Dubai, United Arab Emirates (also see foils)
- J. Wedekind, M. Boissenin, B.P. Amavasai, F. Caparrelli, J. Travis: Object Recognition and Real-Time Tracking in Microscope Imaging, Proceedings of the 2006 Irish Machine Vision and Image Processing Conference (IMVIP 2006), Dublin, Ireland (also see IMVIP 2006 proceedings and foils)
- J. Wedekind: Focus set based reconstruction of micro-objects, International IEEE Conference on Mechatronics & Robotics (MechRob'04), Aachen, Germany, 13-15 September 2004 (also see foils)
- Presentations:
- Rubyconf 2009 presentation Computer Vision using Ruby and libJIT (abstract)
- Engineering lecture: Ruby and Machine Vision
- Talk at Sheffield Astronomical Society: Digital Imaging with Free Software
- OSCON 2008 presentation Real-time Computer Vision with Ruby (mirror, abstract)
- MRC seminar Machine vision and device integration with the Ruby programming language
- MERI seminar The MiCRoN Project
- MERI seminar Computer Vision for Microscopes
- Reconstruction (of micro-objects) based on focus-sets using blind deconvolution
- Seminar Verteilte Simulation-Konservative Synchronisation und Time Warp
- Diploma thesis:
- First thesis:
- Articles:
