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We create a variables :  
 
We create a variables :  
  
<math>A ~ exp(1/2)
+
<math>A ~ exp(1/2)\n
  
w ~ unif[0, 2\pi]
+
w ~ unif[0, 2\pi]<math>
  
 
then let :
 
then let :
  
X = \sqrt(A)cos(w)
+
<math>X = \sqrt(A)cos(w)\n
  
 
Y = \sqrt(A)sin(w)</math>
 
Y = \sqrt(A)sin(w)</math>

Revision as of 16:53, 20 October 2008

We create a variables :

$ A ~ exp(1/2)\n w ~ unif[0, 2\pi]<math> then let : <math>X = \sqrt(A)cos(w)\n Y = \sqrt(A)sin(w) $

Alumni Liaison

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

Francisco Blanco-Silva