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[[Category:JMSLinearClassifierSlecture]][[Category:JMSLinearClassifierSlecture]][[Category:JMSLinearClassifierSlecture]][[Category:JMSLinearClassifierSlecture]][[Category:JMSLinearClassifierSlecture]]
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Questions and Comments for: '''[[JMSLinearClassifierSlecture|Linear Discriminant Analysis and Fisher's Linear Discriminant]]''' by John Mulcahy-Stanislawczyk
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=Questions and Comments=
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This slecture to be reviewed by David Runyan
  
  
Put your content here . . .
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* [DR] (Summary) In the first section, this slecture provides a brief "to the point" presentation of what a discriminant function is, as well as a couple of tricks used in Linear Discriminant Analysis. The slecture then goes on to describe Fisher's Linear Discriminant and how it is used to classify two-class data.
  
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* [DR] The mathematics of Fisher's linear discriminant we presented well enough. In order to improve this slecture, one thing you may want to include is a more intuitive explanation of why Fisher's linear discriminant is set up the way it is (as opposed to any other possible method of choosing c). You could also include a discussion of the shortcomings of Fisher's linear discriminant.
  
 
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* [DR] One of the equations in the "Set up and Tricks" section is not formatted properly.
 
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[[ JMSLinearClassifierSlecture|Back to JMSLinearClassifierSlecture]]
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Latest revision as of 02:18, 11 May 2014

Questions and Comments for: Linear Discriminant Analysis and Fisher's Linear Discriminant by John Mulcahy-Stanislawczyk

Questions and Comments

This slecture to be reviewed by David Runyan


  • [DR] (Summary) In the first section, this slecture provides a brief "to the point" presentation of what a discriminant function is, as well as a couple of tricks used in Linear Discriminant Analysis. The slecture then goes on to describe Fisher's Linear Discriminant and how it is used to classify two-class data.
  • [DR] The mathematics of Fisher's linear discriminant we presented well enough. In order to improve this slecture, one thing you may want to include is a more intuitive explanation of why Fisher's linear discriminant is set up the way it is (as opposed to any other possible method of choosing c). You could also include a discussion of the shortcomings of Fisher's linear discriminant.
  • [DR] One of the equations in the "Set up and Tricks" section is not formatted properly.

Alumni Liaison

Ph.D. on Applied Mathematics in Aug 2007. Involved on applications of image super-resolution to electron microscopy

Francisco Blanco-Silva