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| Position wanted: |
Engineer |
| Job category: |
ComputerConsultancyDesign/MultimediaEngineeringInformation TechnologyProgrammerResearch/DevelopmentTelecommunications |
| Preferred Location: |
Algeria |
| Objective and Resume Summary: |
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| I hold a master degree in communication and information systems from the Swiss Federal Institute of Technology. I have just finished my PhD in the field of multimedia signal processing from the same school. During my PhD, I had the chance to work in Industry as well for the company Emitall Surveillance. |
| Skills: |
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| Known languages (and levels): |
English-Very GoodFrench-Very GoodArabic-Very Good
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| Type of Employment wanted: |
Full Time
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| Minimum Yearly Salary in Numbers: |
Unspecified
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| Current Location: |
Tunisia, Tunis |
| Education History, Qualifications & other additional information: |
| Level of Education: |
Doctorate
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Feb 05 – Jan 09 EPFL - Swiss Federal Institute of Technology, Lausanne, Switzerland.
Computer and Communication Systems Division
PhD of Technical Science in Video Compression Technologies. The title is “Selected Topics on Distributed Video Coding”.
Oct 98 – July 04 EPFL - Swiss Federal Institute of Technology, Lausanne, Switzerland.
Computer and Communication Systems Division
Master of Science Degree in Communication and Information Systems.
Sep 97 - July 98 David Game College, London, UK.
British A-levels, average score ‘A’ within the top five marks in Pure Mathematics and Mechanics in the UK for the AEB board exam.
Sep 95 - Jun 96 Al-Faysaliya high school, Riyadh, Saudi Arabia.
Saudi Baccalaureate with a score of 98%.
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| Work History & Experience: |
| Years of Work Experience: |
3 to 5 Years |
Feb 05 - Jan 09 Swiss Federal Institute of Technology , Lausanne, Switzerland.
Research assistant at the MultiMedia Signal Processing Group (MMSPG). This consists in working in the field of video compression on different European projects such as The Distributed Coding for Video Services project (DISCOVER) and the Networked Audiovisual Media Technologies project (VISNET II). Our main contribution to these projects was solving problems related to video compression and provide the implemented solutions in C++. Moreover, I worked on the performance optimization and evaluation of video coding standards such as Advanced Video Coding (AVC)/H.264, Motion JPEG2000 and JPEG-XR (or HD Photo). Finally, I also performed a feasibility study for an industrial partner in order to investigate low complexity DVB-T to DVB-H transcoding.
I was the leader teaching assistant (including organization and supervision of laboratory sessions) of the following courses several times: Image and Video Processing (Master course), Media Security (Master course) and Selected Topics on Image Processing (Doctoral school course). I also supervised student projects during my PhD with the following titles: Multiview Distributed Video Coding, Multiview Video Coding, Error-Resiliency in Distributed Video Coding and Complexity Reduction with Multigrid Motion Search for Video Coding
Emitall Surveillance SA, Lausanne, Switzerland.
Consultant for the company Emitall Surveillance SA to assist them in the development of their video surveillance system.
July 04 - Jan 05 Emitall Surveillance SA, Lausanne, Switzerland.
Software engineer, implementing a video surveillance demonstrator using the Motion JPEG2000 compression technology and C++. Enable the demonstrator’s remote control via mobile phone using SMS.
Jun 03 - Dec 03 PHILIPS Research Center, Eindhoven, Netherlands.
Hardware engineer, implementing the PHILIPS digital cinema watermark algorithm on an FPGA chip using VHDL.
Jun 01 - Oct 01 Lysis SA (Kudelski Group), Lausanne, Switzerland.
Software engineer, implementing the front-end module of the Video On Demand (VOD) over IP demonstration using JAVA, JSP, HTML, network programming and RTSP (Real Time Streaming Protocol) for the international exposition IBC2001 in Amsterdam.
Academic Projects Experience
Jan 04 – Jun 04 Video Surveillance using Jpeg2000 (master Thesis Work): Development of a video surveillance system using standardized technologies (Motion Jpeg2000, Secured Jpeg2000-jpsec and JPEG2000 Wireless-JPWL). It included the development of a change detection module and a face detection module. The video is secured by performing a scrambling on the face region to protect people’s privacy. The tools used for the implementation are the C++ programming language (Ms Visual Studio C++) and Intel’s open source Computer Vision library OpenCV.
Oct 02 – Mar 03 Publish-Subscribe Mechanism: Implementation of a Publish-Subscribe mechanism using the Microsoft .Net technology (C#). Then, it was used to implement a real time advertisement system over internet to illustrate the mechanism.
Oct 00 – Mar 01 Multimodal Data Acquisition: Implementation in JAVA of a video capture application. It captures a video from a video device connected to a PC and then transmits the video file to a centralized server to create a multimodal database.
Mar 00 – July 00 Video Store: Modeling and implementation of software the management of a video store using UML, JAVA and SQL.
Oct 99 – Mar 00 Database project: design phase, and SQL implementation using ORACLE.
Others Projects in the areas of signal and image processing, computer graphics and computer networks.
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