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- Different projects I have worked on:
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"Always Best Located": An ubiquitous wireless positioning system built by combining GPS and WLAN.
This hybrid approach enables the positioning system to operate continously outdoors and indoors.
A prototype has been developped for Windows Mobile. Read detailed results,
and download bits of code here. This is was a research project completed for my
Master of Science, and was presented at the 2nd International Symposium on Wireless Pervasive Computing, in 2007.
Read the publication.
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JavaOne 2007: I have been part of Ericsson's staff at JavaOne 2007 in San Francisco. They invited me to showcase
their product Service Development Studio (SDS), an IDE to develop client and server applications for IMS (IP Multimedia Subsystem) networks.
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Parlay Accelerator, Montreal, 2007: I participated in this event at the International
Institute of Telecommunications. The event aimed at accelerating the Parlay/X specifications by proposing new ones.
I worked with key researchers from Sprint Wireless, Ericsson, Telenor, Redknee, and we proposed a new specification for device provisioning.
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IIT Innovation Projects: An international competition of mobile application development that I have helped organize
for the International Institute of Telecommunications. I have been part of the management team and I have provided technical
support in the field of IMS, Java 2 Micro Edition, .NET Compact Framework (C#), Mobile Web, and Parlay/OSA. Over two years, I have supported
more than 140 participants in Canada, Sweden, and the USA. Please take a look at the developed mobile applications
and read more on the competition by clicking here.
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DirectContact: A personal HTTP server used to easily share documents, photos, and files over the web.
I have developed this HTTP server in Java by following RFC 2616. Originally developed for a lecture, I have released it on Internet. More than 10,000 downloads from Download.com,
and affiliate portals. Take a look at screenshots and download a copy here.
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Real-time video streaming between Pocket PC. An application developed on HP Ipaq Pocket PC rx3415,
under Windows Pocket PC 2003. A native API from HP Ipaq Developer Program was used to access the camera.
Captured RGB frames were compressed using a codec from MS Portrait, and then transmited and displayed on a second Pocket PC.
This was my graduation project completed at the LIRIS Research Center, Lyon, France.
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