Difference between revisions of "User:Tala Fakhoury"
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[http://www.spectrum.ieee.org/jun08/6268 Reverse Engineering the Brain], Sally Adee, IEEE Spectrum, updated June 2008, accessed 14 January 2009 | [http://www.spectrum.ieee.org/jun08/6268 Reverse Engineering the Brain], Sally Adee, IEEE Spectrum, updated June 2008, accessed 14 January 2009 | ||
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+ | == Matlab Demonstrations == | ||
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+ | My favourite Matlab Demonstration was about plotting complex numbers, and how it showed that Matlab only plots the real part of the complex number and ignores the imaginary part. It is necessary to 'extract' the real and imaginary parts of the complex numbers part of each vector, using the real and imag functions, then plot the data. |
Revision as of 08:51, 14 September 2015
About Me
I was born in Beirut Lebanon on the 22nd of September 1997 to Lebanese parents Lina Saad and Fady Fakhoury.
My favourite colour is blue, not duke blue unfortunately, but turquoise.
My inspiration and idol is Leonardo Da Vinci, mostly because he was good at everything, but also because he worked to decipher the secrets of the human body and merge it into machinery, to fulfill his understanding of the way we perceive objects, move, or even develop as an embryo.
However unlike the primitive conclusions Da Vinci had on the way the human brain functioned in the Renaissance era, some contemporary projects have reached places people cannot even conceive in their minds. It is about truly exploring the human mind, how it functions, and reproducing what the human brain in capable of doing.{see the links below}
Blue Brain Project, Christiane Debono, Blue Brain Project, accessed January 20, 2009
Reverse-Engineering the Brain, Fred Hapgood, Technology Review, updated 11 July 2006, accessed 18 January 2009
Reverse Engineering the Brain, Sally Adee, IEEE Spectrum, updated June 2008, accessed 14 January 2009
Matlab Demonstrations
My favourite Matlab Demonstration was about plotting complex numbers, and how it showed that Matlab only plots the real part of the complex number and ignores the imaginary part. It is necessary to 'extract' the real and imaginary parts of the complex numbers part of each vector, using the real and imag functions, then plot the data.