Difference between revisions of "Resume"
From Francois Louw
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| − | [http://aeif.info/files/fjlcven.pdf Download PDF English] | + | [http://aeif.info/files/fjlcven.pdf Download PDF English] 2015 March Version |
'''Download PDF Japanese''' Coming Soon | '''Download PDF Japanese''' Coming Soon | ||
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'''Personal Goal:''' World Domination! | '''Personal Goal:''' World Domination! | ||
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=Academic History= | =Academic History= | ||
| − | '''Masters Degree''' student, Graduate School of Informatics, | + | '''Masters Degree''' student at Minoh Laboratory, Graduate School of Informatics, |
| − | '''Kyoto University''', Japan. | + | '''Kyoto University''', Japan. Graduation date: 2015/09. |
| − | ''' | + | '''GPA: 4.0'''. |
| − | '''Graduate researcher''', Graduate School of Electronic | + | '''Graduate researcher''', at Nakamura Laboratory, Graduate School of Electronic Engineering, '''Kyoto University''', Japan. |
| − | Engineering, '''Kyoto University''', Japan. | + | |
| − | '''Hon. Eng. (Electronic)''' Graduate School of Electric, | + | '''Hon. Eng. (Electronic)''' Graduate School of Electric, Electronic and Computer Engineering, University of Pretoria, South Africa (Partially completed – Stopped to continue studies in Japan). |
| − | Electronic and Computer Engineering, | + | |
| − | Pretoria | + | |
| − | '''B. Eng. (Computer)''' School of Electric, Electronic and | + | '''B. Eng. (Computer)''' School of Electric, Electronic and Computer Engineering, '''University of Pretoria''', South Africa. |
| − | Computer Engineering, '''University of Pretoria''', South Africa. | + | |
Zwartkop High School, South Africa ('''Graduated with | Zwartkop High School, South Africa ('''Graduated with | ||
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'''Masters Degree Thesis Summary:''' A method was developed to calibrate the origin, position and angle of a rigidly attached linear light source in a factory automation setting by utilising the factory line sensing camera itself. The results are used for virtual image reconstruction processes. The process involves first calibrating the camera to remove noise and then using noise free images to compute the camera calibration values. | '''Masters Degree Thesis Summary:''' A method was developed to calibrate the origin, position and angle of a rigidly attached linear light source in a factory automation setting by utilising the factory line sensing camera itself. The results are used for virtual image reconstruction processes. The process involves first calibrating the camera to remove noise and then using noise free images to compute the camera calibration values. | ||
| − | “Pixel-Wise Radiometric Line Scanner Calibration”, F.J. Louw, M. Iiyama, T. Funatomi, M. Minoh, IAPR Conference on Machine Vision Applications 2015. | + | '''“Pixel-Wise Radiometric Line Scanner Calibration”''', F.J. Louw, M. Iiyama, T. Funatomi, M. Minoh, ''IAPR Conference on Machine Vision Applications 2015.'' |
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=Experience= | =Experience= | ||
