Difference between revisions of "User:Dml30"

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==Assignment #1==
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==About Me==
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I am a student at Duke University, majoring in Biomedical Engineering and possibly minoring in Computer Science. I am currently enrolled in Dr. Gustafson's EGR103 class.
  
[http://spectrum.ieee.org/biomedical/ethics/reverse-engineering-the-brain Reverse Engineering the Brain ] , Sally Adee , Institute of Electrical and Electronic Engineers, created June 2008, accessed September 9 2012 (Reverse Engineering the Brain)
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==Name Pronunciation==
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David Levy (LEE-vee)
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==Grand Challenges Article (Assignment #1)==
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[http://spectrum.ieee.org/biomedical/ethics/reverse-engineering-the-brain Reverse Engineering the Brain], Sally Adee, Institute of Electrical and Electronic Engineers, created June 2008, accessed September 9 2012 (Reverse Engineering the Brain)
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==MATLAB Demo (Assignment #2)==
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The most interesting MATLAB demo I read was entitled "Creating Mesh and Surface Plots." It seems like MATLAB offers an especially easy-to-use, high-quality 3D graphing function, of which I hope to make extensive use. The really interesting part, I suppose, is that the bioinformaticians from the lab I worked in this summer talked a lot about the usefulness of knowing how to represent biological systems graphically, which got me wishing that I could learn to use the sorts of programs I'm apparently working with now.

Latest revision as of 00:25, 10 September 2012

About Me

I am a student at Duke University, majoring in Biomedical Engineering and possibly minoring in Computer Science. I am currently enrolled in Dr. Gustafson's EGR103 class.

Name Pronunciation

David Levy (LEE-vee)

Grand Challenges Article (Assignment #1)

Reverse Engineering the Brain, Sally Adee, Institute of Electrical and Electronic Engineers, created June 2008, accessed September 9 2012 (Reverse Engineering the Brain)

MATLAB Demo (Assignment #2)

The most interesting MATLAB demo I read was entitled "Creating Mesh and Surface Plots." It seems like MATLAB offers an especially easy-to-use, high-quality 3D graphing function, of which I hope to make extensive use. The really interesting part, I suppose, is that the bioinformaticians from the lab I worked in this summer talked a lot about the usefulness of knowing how to represent biological systems graphically, which got me wishing that I could learn to use the sorts of programs I'm apparently working with now.