Difference between revisions of "User:Stkelly45"
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Alright, I created my page! So for homework one we have to post a link to a Grand Challenge for Engineering. So I've chosen one called "Reverse-Engineer the Brain", which the link can be found for here along with all of the other information in the order specified by Homework 1: | Alright, I created my page! So for homework one we have to post a link to a Grand Challenge for Engineering. So I've chosen one called "Reverse-Engineer the Brain", which the link can be found for here along with all of the other information in the order specified by Homework 1: | ||
http://www.engineeringchallenges.org/cms/8996/9109.aspx, National Academy of Engineering (of National Academies), updated 15 February 2008, accessed 12 September 2014 (Reverse-Engineer the Brain) | http://www.engineeringchallenges.org/cms/8996/9109.aspx, National Academy of Engineering (of National Academies), updated 15 February 2008, accessed 12 September 2014 (Reverse-Engineer the Brain) | ||
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| + | For Homework 2: My favorite MATLAB tutorial is the 3-D Surface Plots where even though I don't understand the code involved, the graphics involved are pretty cool and overall I'm pretty impressed by how powerful MATLAB is and the quality with which it can produce graphics, even with more complex functions of higher orders/higher polynomials. All of the different ways that they data can be produced in 3-D also impressed me. | ||
Revision as of 03:13, 13 September 2014
Alright, I created my page! So for homework one we have to post a link to a Grand Challenge for Engineering. So I've chosen one called "Reverse-Engineer the Brain", which the link can be found for here along with all of the other information in the order specified by Homework 1: http://www.engineeringchallenges.org/cms/8996/9109.aspx, National Academy of Engineering (of National Academies), updated 15 February 2008, accessed 12 September 2014 (Reverse-Engineer the Brain)
For Homework 2: My favorite MATLAB tutorial is the 3-D Surface Plots where even though I don't understand the code involved, the graphics involved are pretty cool and overall I'm pretty impressed by how powerful MATLAB is and the quality with which it can produce graphics, even with more complex functions of higher orders/higher polynomials. All of the different ways that they data can be produced in 3-D also impressed me.
