Difference between revisions of "User:Rz55"
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== Grand Challenge Link == | == Grand Challenge Link == | ||
[http://www.technologyreview.com/article/406050/reverse-engineering-the-brain/ Reverse-Engineering the Brain], Fred Hapgood, MIT Technology Review, July 1st, 2006 , September 13th , 2015 (Reverse-engineer the brain) | [http://www.technologyreview.com/article/406050/reverse-engineering-the-brain/ Reverse-Engineering the Brain], Fred Hapgood, MIT Technology Review, July 1st, 2006 , September 13th , 2015 (Reverse-engineer the brain) | ||
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| + | == Favorite Demonstration == | ||
| + | My favorite demonstration was on the topic of 3-D plots. I thought it was interesting all the different ways that one can format 3-D plots depending on how the plot is being analyzed. For example, the mesh plot provides a side view of the plot while the contour map can give one a very different perspective by seeing a birds-eye view of the plot. I also found it useful that many of the options use color to designate the size of the peaks. | ||
Latest revision as of 16:10, 13 September 2015
Me at Duke
My name is Ryan Zerega and I am an undergraduate BME major in the Pratt School of Engineering. I am part of the Duke University Marching Band as a member of the snareline. I also play on the Men's Club Ultimate Team: Brimstone.
Grand Challenge Link
Reverse-Engineering the Brain, Fred Hapgood, MIT Technology Review, July 1st, 2006 , September 13th , 2015 (Reverse-engineer the brain)
Favorite Demonstration
My favorite demonstration was on the topic of 3-D plots. I thought it was interesting all the different ways that one can format 3-D plots depending on how the plot is being analyzed. For example, the mesh plot provides a side view of the plot while the contour map can give one a very different perspective by seeing a birds-eye view of the plot. I also found it useful that many of the options use color to designate the size of the peaks.
