Difference between revisions of "User:AD197"
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==Grand Challenge Article== | ==Grand Challenge Article== | ||
[http://spectrum.ieee.org/biomedical/ethics/reverse-engineering-the-brain Reverse Engineering The Brain], Sally Adee, IEEE, published November 2008, accessed 22 September 2011 (Reverse-engineering the brain) | [http://spectrum.ieee.org/biomedical/ethics/reverse-engineering-the-brain Reverse Engineering The Brain], Sally Adee, IEEE, published November 2008, accessed 22 September 2011 (Reverse-engineering the brain) | ||
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+ | ==How To Pronounce My Name== | ||
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+ | AN-tha-NI DEE-az. | ||
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+ | ==Favorite Demonstration== | ||
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+ | The 3-D Plots demonstration was my favorite because I am just really fascinated by how developed MATLAB is and how besides just showing one 3-D plot, it can render multiple of different kinds for different applications/uses/data/I-don't-even-know-yet. One thing I'm really interested in is math, and I think MATLAB, in particular when modeling expressions in these kinds of ways, helps show the significance of math on a level past the numbers and equations we practice in class -- which is great. |
Revision as of 04:32, 23 September 2011
About Me
My name is Anthony Diaz. I am in the class of 2015 at at Duke University. My hometown is Katy, TX, where I went to school at Cypress Springs High School and Cypress Lakes High School.
I live in Gilbert-Addoms dorm and play in a few intramural sports teams with a few other Pratt students: Michael Cogo, Matt Hendricks, Kevin Rozell, Lucas Rose, Kyle Bhatia, Thomas Lang, John Anderson, Negatu Asmamaw, and Isaac Fraynd -- THE Panama All-Star American Football team's ALL-STAR center.
I'm really happy to be at Duke and excited to meet and get to know everyone here.
Grand Challenge Article
Reverse Engineering The Brain, Sally Adee, IEEE, published November 2008, accessed 22 September 2011 (Reverse-engineering the brain)
How To Pronounce My Name
AN-tha-NI DEE-az.
Favorite Demonstration
The 3-D Plots demonstration was my favorite because I am just really fascinated by how developed MATLAB is and how besides just showing one 3-D plot, it can render multiple of different kinds for different applications/uses/data/I-don't-even-know-yet. One thing I'm really interested in is math, and I think MATLAB, in particular when modeling expressions in these kinds of ways, helps show the significance of math on a level past the numbers and equations we practice in class -- which is great.