Difference between revisions of "User:Men14"
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===Background=== | ===Background=== | ||
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Hey! | Hey! | ||
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===Pronunciation=== | ===Pronunciation=== | ||
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| + | My name is '''Matt Nagle''', pronounced '''MATT NOG-gle''' | ||
===Fun Things=== | ===Fun Things=== | ||
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*If you don't think this is cool, something is wrong with you. | *If you don't think this is cool, something is wrong with you. | ||
[http://spectrum.ieee.org/biomedical/ethics/reverse-engineering-the-brain], Sally Adee, IEEE, Created June 2008, accessed 3 September 2010 (Reverse Engineer The Brain) | [http://spectrum.ieee.org/biomedical/ethics/reverse-engineering-the-brain], Sally Adee, IEEE, Created June 2008, accessed 3 September 2010 (Reverse Engineer The Brain) | ||
*My Favorite Matlab demonstration | *My Favorite Matlab demonstration | ||
| + | The Loma Prieta Earthquake demonstration in Matlab showed how a script could be used to load data from an actual earthquake, define it in matrices, take the integral of the data, calculate the position of the earthquake, and track its location in the form of both 2D and 3D plots. I liked this demonstration the most because it used real world, relate-able data to provide a visualization of an actual event. It also showed the practicality of Matlab and the variety of actions it can perform. | ||
Latest revision as of 04:19, 24 September 2010
Background
Hey!
My name's Matt Nagle, and I live in Gilbert-Addoms.
I'm a freshman who is hoping to major in Biomedical Engineering.
I also play soccer and basketball (come find me in Brodie).
I'm from Atlanta, aka Hotlanta, aka A-town, aka the A.
Go Duke!
Pronunciation
My name is Matt Nagle, pronounced MATT NOG-gle
Fun Things
- If you don't think this is cool, something is wrong with you.
[1], Sally Adee, IEEE, Created June 2008, accessed 3 September 2010 (Reverse Engineer The Brain)
- My Favorite Matlab demonstration
The Loma Prieta Earthquake demonstration in Matlab showed how a script could be used to load data from an actual earthquake, define it in matrices, take the integral of the data, calculate the position of the earthquake, and track its location in the form of both 2D and 3D plots. I liked this demonstration the most because it used real world, relate-able data to provide a visualization of an actual event. It also showed the practicality of Matlab and the variety of actions it can perform.
