Difference between revisions of "User:Ez18"
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[http://www.eweek.com/servers/intel-ohsu-use-supercomputing-to-analyze-genomic-data/ Intel OHSU Use Supercomputing to Analyze Genomic Data] , Brian T. Horowitz, eweek.com | [http://www.eweek.com/servers/intel-ohsu-use-supercomputing-to-analyze-genomic-data/ Intel OHSU Use Supercomputing to Analyze Genomic Data] , Brian T. Horowitz, eweek.com | ||
updated 23 April 2013 , accessed 13 September 2014 (General) | updated 23 April 2013 , accessed 13 September 2014 (General) | ||
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| + | == MATLAB Demonstrations == | ||
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| + | My favorite demonstration was the Loma Prieta Earthquake. I enjoyed that it used realistic data since so far we've only been exposed to matrices of random numbers. It brought another dimension to MATLAB and illustrated how it could actually be useful for projects. I also liked the graphical aspect to the demonstration. It had multiple types of graphs which will be useful when plotting data in the future. These types of data include: scatter plots, connecting the points on scatter plots, various colors on the graph, a 3-D representation, etc. | ||
Latest revision as of 22:15, 13 September 2014
About Me
My name is Elizabeth Zhao, but I go by Lizzy. I am a freshman at Duke University who is planning on majoring in Biomedical Engineering and on the Pre-Med track.
Grand Challenges Article
Intel OHSU Use Supercomputing to Analyze Genomic Data , Brian T. Horowitz, eweek.com updated 23 April 2013 , accessed 13 September 2014 (General)
MATLAB Demonstrations
My favorite demonstration was the Loma Prieta Earthquake. I enjoyed that it used realistic data since so far we've only been exposed to matrices of random numbers. It brought another dimension to MATLAB and illustrated how it could actually be useful for projects. I also liked the graphical aspect to the demonstration. It had multiple types of graphs which will be useful when plotting data in the future. These types of data include: scatter plots, connecting the points on scatter plots, various colors on the graph, a 3-D representation, etc.
