Difference between revisions of "User:GiancarloG23"
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*[http://bluebrain.epfl.ch/ The Blue Brain Project], Christiane Debono, Blue Brain Project, accessed September 15 2014 (Reverse-engineer the Brain) | *[http://bluebrain.epfl.ch/ The Blue Brain Project], Christiane Debono, Blue Brain Project, accessed September 15 2014 (Reverse-engineer the Brain) | ||
*[http://www.washington.edu/news/2013/08/27/researcher-controls-colleagues-motions-in-1st-human-brain-to-brain-interface/ World's First Human Brain-to-Brain Interface], Doree Armstrong and Michelle Ma, UW Today, published August 27 2013, accessed September 15th 2014 (Reverse-engineer the Brain) | *[http://www.washington.edu/news/2013/08/27/researcher-controls-colleagues-motions-in-1st-human-brain-to-brain-interface/ World's First Human Brain-to-Brain Interface], Doree Armstrong and Michelle Ma, UW Today, published August 27 2013, accessed September 15th 2014 (Reverse-engineer the Brain) | ||
| + | ==MATLAB Demonstrations== | ||
| + | My favorite demonstration is the traveling salesman Monte Carlo simulation because of the nature of the problem. One would think that the amount of different routes to go through 50 cities is in the millions, maybe billions. The truth is that it is actually (50-2)! different routes, which is 12,413,915,592,536,072,670,862,289,047,373,375,038,521,486,354,677,760,000,000,000 different routes. | ||
Revision as of 05:05, 15 September 2014
About Me
I'm a Duke University undergraduate student enrolled in the Pratt School of Engineering,majoring in BME with a possible double major in ECE. I'm currently a member of the Duke Electric Vehicles club and IEEE. My hometown is Sunrise, FL and I have a dog named Gordo
Grand Challenges for Engineering
- The Blue Brain Project, Christiane Debono, Blue Brain Project, accessed September 15 2014 (Reverse-engineer the Brain)
- World's First Human Brain-to-Brain Interface, Doree Armstrong and Michelle Ma, UW Today, published August 27 2013, accessed September 15th 2014 (Reverse-engineer the Brain)
MATLAB Demonstrations
My favorite demonstration is the traveling salesman Monte Carlo simulation because of the nature of the problem. One would think that the amount of different routes to go through 50 cities is in the millions, maybe billions. The truth is that it is actually (50-2)! different routes, which is 12,413,915,592,536,072,670,862,289,047,373,375,038,521,486,354,677,760,000,000,000 different routes.
