Line 6: Line 6:
  
 
  . polar transform
 
  . polar transform
     . math
+
     . math (incl. definition of 'transform')
 
     . pictoral examples
 
     . pictoral examples
     . characteristics (rotation/size invariance)
+
     . characteristics (rotation invariance, scale invariance, conformality)
 
  . log polar transform
 
  . log polar transform
 
     . math
 
     . math
Line 18: Line 18:
 
     . code examples
 
     . code examples
 
     . modification of characteristics due to discretization
 
     . modification of characteristics due to discretization
  . application to human visual cortex
+
  . implementation in human visual cortex
 
  . (?) image processing operations on a log-polar vs cartesian image
 
  . (?) image processing operations on a log-polar vs cartesian image
 
  . references
 
  . references

Revision as of 13:07, 3 November 2012

Log-Polar Transform (alec green)

to be created.


. polar transform
   . math (incl. definition of 'transform')
   . pictoral examples
   . characteristics (rotation invariance, scale invariance, conformality)
. log polar transform
   . math
   . pictoral examples
   . characteristics (efficient data reduction, 'active vision')
. discretization
   . dealing with origin ('fovea' vs 'periphery')
   . discrete realization
   . code examples
   . modification of characteristics due to discretization
. implementation in human visual cortex
. (?) image processing operations on a log-polar vs cartesian image
. references

Alumni Liaison

has a message for current ECE438 students.

Sean Hu, ECE PhD 2009