Difference between revisions of "Historical:SoC 2009 student proposals"
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== MO Faruque Sarker: Handling very large images using VIPS == | == MO Faruque Sarker: Handling very large images using VIPS == | ||
| − | * A second year PhD student at U of Wales, Newport under | + | * A second year PhD student at U of Wales, Newport under Robotic Intelligence Lab (my homepage at: http://ril.newport.ac.uk/sarker/index.php). |
| − | Robotic Intelligence Lab (my homepage at: http://ril.newport.ac.uk/sarker/index.php). | ||
* Coding Platform: Ubuntu 8.10 x64, Pentium 4 3GHz, 32GB RAM | * Coding Platform: Ubuntu 8.10 x64, Pentium 4 3GHz, 32GB RAM | ||
| − | * I'm interested to work in processing large images in Hugin. We have | + | * I'm interested to work in processing large images in Hugin. We have got a 16 mega-pixel Prosilica GE4900C CCD camera for tracking about 30 mobile robots. It gives about 50MB image file per frame using a huge memory. I'm running my tracking algorithm on Ubuntu 8.10 x64 and got some nice results of tracking markers (http://ril.newport.ac.uk/sarker/index.php?pid=21). |
| − | got a 16 mega-pixel Prosilica GE4900C CCD camera for tracking about 30 | + | |
| − | mobile robots. It gives about 50MB image file per frame using a huge | + | [[SoC2009_MOFaruque_Sarker | Handling very large images using VIPS]] |
| − | memory. I'm running my tracking algorithm on Ubuntu 8.10 | ||
| − | got some nice results of tracking markers | ||
| − | (http://ril.newport.ac.uk/sarker/index.php?pid=21). | ||
== Lukáš Jirkovský == | == Lukáš Jirkovský == | ||
Revision as of 18:11, 2 April 2009
Student Proposals: Student info and short project synopsis, with link to a new Wiki page where the project is expanded in full detail. See template below:
MO Faruque Sarker: Handling very large images using VIPS
- A second year PhD student at U of Wales, Newport under Robotic Intelligence Lab (my homepage at: http://ril.newport.ac.uk/sarker/index.php).
- Coding Platform: Ubuntu 8.10 x64, Pentium 4 3GHz, 32GB RAM
- I'm interested to work in processing large images in Hugin. We have got a 16 mega-pixel Prosilica GE4900C CCD camera for tracking about 30 mobile robots. It gives about 50MB image file per frame using a huge memory. I'm running my tracking algorithm on Ubuntu 8.10 x64 and got some nice results of tracking markers (http://ril.newport.ac.uk/sarker/index.php?pid=21).
Handling very large images using VIPS
Lukáš Jirkovský
- first year undergrad of University of West Bohemia
- Platform used for coding: Arch Linux, Pentium 4 Northwood 2GHz, 1.5 GB RAM
- Coding skills: C++, PHP, Java, Matlab
- Ghost removal for enfuse
- http://socghop.appspot.com/student_proposal/show/google/gsoc2009/stativ/t123797116006 Project proposal in Google's webapp
León Moctezuma: QuickTimeVR Playback in VLC
- Enrolled last Semester Bachelor of Computer Science at [www.buap.mx Benemérita Universidad Autónoma de Puebla].
- Coding Platform: Ubuntu 8.10
- Project proposal on the VideoLAN Wiki
- Mentor (VLC): Most likely Antoine Cellier.
- Comentor (FreePV): Yuval Levy. Note: we're discussing this with VLC / Jean-Baptiste Kempf, including Wiimote navigation.
- http://socghop.appspot.com/student_proposal/review/google/gsoc2009/leonox/t123831053541 Google webapp proposal
Dev Ghosh
- PhD candidate, Electrical Engineering and Computer Science, Northwestern University, Evanston, Illinois
- Coding Platform: Ubuntu 8.10, AMD Athlon 64 3500+, 2 GB RAM, Eclipse
- Coding skills: C/C++, MATLAB, Python
- Possible Mentor: Daniel German
- mosaic mode for Hugin
- Google webapp Proposal Link: Coming soon!
Yulia Kotseruba: Straight-line detection for automated lens calibration
- 4th year Computer Science student at University of Toronto studying Artificial Intelligence
- Coding Platform: Mac OS 10.5.6, 2.53 GHz Intel Core 2 Duo, 4 GB RAM, XCode, Eclipse
- Coding skills: C/C++, Java, Python, Matlab, OpenGL, Prolog
- Straight-line detection for automated lens calibration
- http://socghop.appspot.com/student_proposal/show/google/gsoc2009/albiorix/t123854228105 Google proposal
Mokhtar M. Khorshid: Accounting for Camera Movements
- Holder of B.S. in Computer Science & Mathematics from AUC and starting my master studies in Computer Science.
- Coding Platform: Vista 64-bit, Quad Core 2.4 GHz, 6GB RAM, 8800 GTS graphics card, Visual Studio 2005/2008 .NET.
- Coding skills: Expert in C++ (10+ years), seasoned algorithm designer, I have experience with Computer graphics, OpenGL, and wxWidgets.
- Accounting for Camera Movements
Tim Nugent
- 3rd Year PhD student in Bioinformatics at University College London, UK
- Ubuntu and Centos Linux, with XP imprisoned in Vmware
- Coding skills: C/C++, Perl
- Straight-line detection for automated lens calibration
- Bracketing Panorama Model
Seth Berrier
(Sorry for the last minute addition. Hope I can find room among this qualified bunch!)
- 6th Year PhD student & Doctoral Candidate in Computer Science at University of Minnestoa, USA
- Main Coding Platform: Mac OS X 10.5 w/ Apple GNU Toolchain & Eclipse IDE, 15" MacBook Pro, 2.4 GHz Core 2 Duo, 4G mem, NVIDIA GeForce 8600M GT
- Other Platforms:
- Win XP Pro w/ Visual C++ & VS .net, 2k5 or 2k8 OR MinGW & Eclipse IDE
- Other *nix platforms (Ubuntu & Solaris in particular) using basic GNU toolchain from shell
- Computer Science Knowledge:
- Veteran in C++ (with a bit of C#, Java, Perl, LISP, StandardML, Pascal, Fortran, Basic, VB for Apps, HTML, Javascript)
- Very experienced in OpenGL, GLUT, Cg and general graphics algorithms
- Basic knowledge of Qt GUI programming & Qt Eclipse integration
- Experienced with Matlab and some LabVIEW
- Good Numerical Methods foundation with some practical experience
- Basic, non-theoretical experience in real-time image processing for computer vision (Hough transform, Canny edge detection, etc)
- Proposal Coming Soon
James Legg: Enblend / Enfuse Gimp plugin
- I'm in the third and final year of a Computer Science and Mathmatics BSc at the University of York, in the United Kingdom.
- Coding Platform: Ubuntu 8.10, Pentium dual-core 2GHz, 2GB RAM
- The Enfuse / Enblend Gimp plugin will allow a user of the Gimp to use the Enblend or Enfuse algorithms to merge layers of an image through the Gimp's menu or using a Gimp script.