Hi,

My name is Andrei Sfrent, I am studying for a Master's Degree in
Machine Learning at the Imperial College and I am interested in
working on
one of the apertium projects in GSoC this summer.

I am proficient in C++ and I also have a good background in the
software optimization area (last year I participated in an
optimization contest organized by Intel and ended on the first place
in Europe / forth place worldwide [1, 2]). I previously had two
internships with Google and I had the chance to work with Map Reduce /
Knowledge Graph on YouTube data, enhancing my engineering and design
skills; you can find more information about me at [3].

Because of my previous experience with algorithms, data structures and
software optimization, the "Command-line translation memory
fuzzy-match repair" project sounds really appealing to me. I
previously read some papers on a possible solution, Case Based
Reasoning, which finds a good match for the problem, retrieves the
solution for the match and then adapts the solution to the original
problem, and made myself familiar with some of the techniques for
doing so. The distance between the original query and the match may be
modeled as a dynamic programming problem, in a similar way to the
Levenstein distance metric [4].

Please, could you give me a few pointers on how to prepare my
application? I will start with the warmup task and I hope I can put up
a demo in the next few days.

[1] http://software.intel.com/fr-fr/articles/contest-winners-are-announced
[2] http://intel-software-academic-program.com/tmp/certificates/4.pdf
[3] http://asfrent.net/CV.pdf
[4] http://en.wikipedia.org/wiki/Levenshtein_distance

Best regards,
Andrei SFRENT

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