Difference between revisions of "User:Sab60"

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==About Me==
 
==About Me==
I'm a Freshmen at Duke, and I'm currently in Pratt. I'm not sure what my major will be yet, but I'm leaning toward ECE.  
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I'm a Freshmen at Duke, and I'm currently in Pratt. I'm not sure what my major will be yet, but I'm leaning toward ECE. I can play the piano and I also like playing sports.
  
 
== Name Pronunciation ==
 
== Name Pronunciation ==
 
My name full name is Stephen Alexander Browne, but I prefer to go by "Alex Browne," which is pronounced "A-lecks brown"  
 
My name full name is Stephen Alexander Browne, but I prefer to go by "Alex Browne," which is pronounced "A-lecks brown"  
  
== [[Grand Challenges for Engineering]] Article ==
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== Grand Challenges for Engineering Article ==
 
[http://www.spectrum.ieee.org/jun08/6268 Reverse Engineering the Brain], Sally Adee, IEEE Spectrum, updated June 2008, accessed 23 September 2010
 
[http://www.spectrum.ieee.org/jun08/6268 Reverse Engineering the Brain], Sally Adee, IEEE Spectrum, updated June 2008, accessed 23 September 2010
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== Favorite MatLab Demo ==
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My favorite MatLab demo is the coder/decoder. You can type in a regular word or phrase and have MatLab transform it into code by transposing each letter. If you know the code key, MatLab can also decode a message for you. The codes are pretty simple, I admit, and it wouldn't be too hard to solve them by hand. However, it's still a pretty cool idea.

Latest revision as of 03:45, 24 September 2010

About Me

I'm a Freshmen at Duke, and I'm currently in Pratt. I'm not sure what my major will be yet, but I'm leaning toward ECE. I can play the piano and I also like playing sports.

Name Pronunciation

My name full name is Stephen Alexander Browne, but I prefer to go by "Alex Browne," which is pronounced "A-lecks brown"

Grand Challenges for Engineering Article

Reverse Engineering the Brain, Sally Adee, IEEE Spectrum, updated June 2008, accessed 23 September 2010

Favorite MatLab Demo

My favorite MatLab demo is the coder/decoder. You can type in a regular word or phrase and have MatLab transform it into code by transposing each letter. If you know the code key, MatLab can also decode a message for you. The codes are pretty simple, I admit, and it wouldn't be too hard to solve them by hand. However, it's still a pretty cool idea.