Difference between revisions of "User:Flashropower"
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== Personal Bio == | == Personal Bio == | ||
Just your typical guy interested in what Engineering has to offer for him and the world! | Just your typical guy interested in what Engineering has to offer for him and the world! | ||
| + | AKA Harry Guo | ||
== Interests == | == Interests == | ||
| − | *Sports | + | *Sports (football, basketball, baseball, tennis, frisbee) |
| − | *Netflix | + | *Netflix (Blue Mountain State and other assorted shows) |
| − | *Food | + | *Food (really anything) |
== Grand Challenge for Engineering == | == Grand Challenge for Engineering == | ||
'''Reverse Engineering The Brain''' | '''Reverse Engineering The Brain''' | ||
| − | Scientists everywhere are trying to break down the brain and figure out its "software". | + | Scientists everywhere are trying to break down the brain and figure out its "software". I believe this topic to be fascinating. The brain is the most complex thing in the world, and once we unlock it's secrets who knows how fast technology and the life we know will advance. |
[http://nautil.us/blog/will-we-reverse_engineer-the-human-brain-within-50-years Will We Reverse-Engineer the Human Brain Within 50 Years?], Kevin Berger and John Steele, Nautilus, updated 30 May 2013, accessed 27 August 2014 (General) | [http://nautil.us/blog/will-we-reverse_engineer-the-human-brain-within-50-years Will We Reverse-Engineer the Human Brain Within 50 Years?], Kevin Berger and John Steele, Nautilus, updated 30 May 2013, accessed 27 August 2014 (General) | ||
| + | |||
| + | == MatLab Demonstrations == | ||
| + | Without a doubt my favorite demonstration on MatLab had to be '''3-D plots''' page and the '''3-D Surface Plots''' app that went along with it. I liked how MatLab can take one set of 3-D data and view it in a multitude of ways. The options were limitless. There are the classic mesh plots, surface plots, and contour plots of viewing a 3-D structure but MatLab demonstrated new ways of viewing these structures via "quiver" or "slice" that I have never heard of before. Then I actually got to experiment with the different viewing types and color schemes that MatLab had to offer in the '''3-D Surface'" app. | ||
Latest revision as of 20:41, 2 September 2014
Personal Bio
Just your typical guy interested in what Engineering has to offer for him and the world! AKA Harry Guo
Interests
- Sports (football, basketball, baseball, tennis, frisbee)
- Netflix (Blue Mountain State and other assorted shows)
- Food (really anything)
Grand Challenge for Engineering
Reverse Engineering The Brain
Scientists everywhere are trying to break down the brain and figure out its "software". I believe this topic to be fascinating. The brain is the most complex thing in the world, and once we unlock it's secrets who knows how fast technology and the life we know will advance.
Will We Reverse-Engineer the Human Brain Within 50 Years?, Kevin Berger and John Steele, Nautilus, updated 30 May 2013, accessed 27 August 2014 (General)
MatLab Demonstrations
Without a doubt my favorite demonstration on MatLab had to be 3-D plots page and the 3-D Surface Plots app that went along with it. I liked how MatLab can take one set of 3-D data and view it in a multitude of ways. The options were limitless. There are the classic mesh plots, surface plots, and contour plots of viewing a 3-D structure but MatLab demonstrated new ways of viewing these structures via "quiver" or "slice" that I have never heard of before. Then I actually got to experiment with the different viewing types and color schemes that MatLab had to offer in the 3-D Surface'" app.
