Difference between revisions of "User:Brookewatson"
Brookewatson (talk | contribs) |
Brookewatson (talk | contribs) |
||
| Line 11: | Line 11: | ||
=Introduction to MATLAB= | =Introduction to MATLAB= | ||
===Favorite Demonstration=== | ===Favorite Demonstration=== | ||
| − | My favorite example was the “Viewing the Penny” demonstration. This example exceeded my expectations on the utilization of Matlab and exposed me to the amazing capabilities of the system. Also, I found it interesting how the code was relatively simple in order to make the penny. The extent of the code was just to draw a Contour plot, manipulate the color | + | My favorite example was the “Viewing the Penny” demonstration. This example exceeded my expectations on the utilization of Matlab and exposed me to the amazing capabilities of the system. Also, I found it interesting how the code was relatively simple in order to make the penny. The extent of the code was just to draw a Contour plot, manipulate the color of the Pseudocolor Plot, and then to produce a 3-D plot. Frankly, I found all of the graphic demonstrations, like Earth’s topography, to be extremely enticing. |
Latest revision as of 00:21, 15 September 2017
Contents
About Me
Hi! My name is Brooke Watson and I'm from Tampa, Florida. I am currently in the Pratt School of Engineering at Duke University with the hopes of becoming a biomedical engineer.
Grand Challenges for Engineers Article
This article explains the discovery of a computer algorithm that is almost as precise and accurate as a human who maps out the brain. This discovery could potentially increase the speed of image analysis.
[1] , Tina Hilding, Voiland College of Engineering and Architecture, 16 August 2017, accessed 14 September 2017 (Reverse Engineering of the Brain)
Introduction to MATLAB
Favorite Demonstration
My favorite example was the “Viewing the Penny” demonstration. This example exceeded my expectations on the utilization of Matlab and exposed me to the amazing capabilities of the system. Also, I found it interesting how the code was relatively simple in order to make the penny. The extent of the code was just to draw a Contour plot, manipulate the color of the Pseudocolor Plot, and then to produce a 3-D plot. Frankly, I found all of the graphic demonstrations, like Earth’s topography, to be extremely enticing.
