CU                  Sri Rama "Prasanna" Pavani           

      Office: 
ECEE 237, OCS, Engineering Center, CU Boulder, CO.                                 Phones:  1 (720) 878-2845 and 1 (303) 492-3330
        Home:
 
3150 Madison Ave. Unit #1, Boulder, CO 80303                                                       e-mail:  pavani at colorado dot edu                                        
    _______________________________________________________________________



            I am a fourth year PhD student in the Department of Electrical and Computer Engineering at the University of Colorado, Boulder.
           
My doctoral research advisor is  Prof. Rafael Piestun. I am also affiliated to the Micro Optical - Imaging Systems Laboratory.  
           
CDM Optics Inc.NUS,  D.E.Shaw & Co.,  and GCT Coimbatore are few of my past affiliations.

       prasanna 
    Resume
    Research

    PhD
    Publications
    Talks
    Reports
    Patent
    Teaching
    Courses
    Favorites
    Pictures

                                                  
   _______________________________________________________________________

         Research
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            Computational optical sensing and imaging
              > 3D imaging; phase imaging; PSF engineering
                   
           _______

        PhD Scroll up

    
    How to PhD?  --  Prof. Avi Kak
  
         How to be a bad grad student?  --  Prof. Christos Kozyrakis  
        Talking the talk
        Writing a technical paper
        CU's PhD degree requirements
       
  US News rankings in optical physics

    
           _______


            Publications
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               Journals

       
    Three dimensional tracking of fluorescent microspheres using a photon-limited double-helix response system
               Sri Rama Prasanna Pavani and  Rafael Piestun
               (submitted)
   

               Three-dimensional localization with nanometer accuracy using a double-helix point spread function system
               Sri Rama Prasanna Pavani, Adam Greengard, and  Rafael Piestun
               (submitted)


               High-efficiency rotating point spread functions
               Sri Rama Prasanna Pavani and  Rafael Piestun
               Optics Express, Vol. 16 Issue 15, 3484-3489 (2008)
               Virtual Journal for Biomedical Optics, Vol. 3 Issue 4 (2008)
             
           Quantitative structured-illumination phase microscopy
               
Sri Rama Prasanna Pavani, Ariel R. Libertun, Sharon V. King, and Carol J. Cogswell
               Applied Optics, Vol. 47 Issue 1,15-24 (2008)
               Virtual Journal for Biomedical Optics, Vol. 3 Issue 2 (2008)

             
             Conferences

              3D localization of fluorescent microparticles using a rotating point spread function
              
Sri Rama Prasanna Pavani and Rafael Piestun
              OSA Frontiers in Optics (FiO), Rochester, USA, Oct.. 2008 (accepted)

              Passive 3D imaging with quasi-rotating PSFs
              
Sri Rama Prasanna Pavani and Rafael Piestun
              OSA Digital holography and 3D imaging, St. Petersburg, USA, Mar. 2008        

             QSIP: Phase imaging made possible in a bright field microscope
              
Sri Rama Prasanna Pavani, Ariel R. Libertun, Sharon V. King, and Carol J. Cogswell
              SPIE Photonics West (BIOS), San Jose, USA, Jan. 2008

 
            Quantitative phase imaging with a bright field microscope
              
Sri Rama Prasanna Pavani, Ariel R. Libertun, and Carol J. Cogswell
              OSA Frontiers in Optics (FiO), San Jose, USA, Sept. 2007 

              Efficient rotating point spread functions for 3D imaging
              
Sri Rama Prasanna Pavani and Rafael Piestun
              OSA Frontiers in Optics (FiO), San Jose, USA, Sept. 2007 

              Structured-illumination quantitative phase microscopy
              Sri Rama Prasanna Pavani, Ariel R. Libertun, and Carol J. Cogswell
              OSA Computational Optical Sensing and Imaging (COSI), Vancouver, Canada, June 2007

              Efficient diffractive optical elements for depth from diffracted rotation systems
              Sri Rama Prasanna Pavani and Rafael Piestun
              OSA Computational Optical Sensing and Imaging (COSI), Vancouver, Canada, June 2007 

             Destination Address Interpretation for automating the sorting process of Indian Postal System
             
P.Sri Rama Prasanna, S.Balaji, Thejavor Haralu Khezhie, C.Vasanthanayaki, and S.Annadurai
             
IEEE Tencon 2003, Vol 2, Pages 858-862, October 2003.

             A pragmatic schema of destination address interpretation for use in Indian postal system
             P.Sri Rama Prasanna, S.Balaji, Thejavor Haralu Khezhie, C.Vasanthanayaki, and S.Annadurai
             Computer Society of India, 2003.  


            _______


         TalksScroll up

            Passive 3D imaging with quasi-rotating PSFs
            OSA Digital holography and 3D imaging, St. Petersburg, USA, Mar. 2008

           Computational optical sensing and imaging
            Optics graduate student seminar, Feb. 2008

           QSIP: Phase imaging made possible in a bright field microscope
            SPIE Photonics West (BIOS), San Jose, USA, Jan. 2008

       
 Passive 3D imaging with rotating point spread functions
            [poster] Colorado Photonics Industry Association (CPIA) annual meeting, 2007

           Quantitative phase imaging with a bright field microscope
            OSA Frontiers in Optics (FiO), San Jose, Sept. 2007 

            Efficient rotating point spread functions for 3D imaging

            OSA Frontiers in Optics (FiO), San Jose, Sept. 2007 

         Efficient diffractive optical elements for depth from diffracted rotation systems   
            
COSI OSA conference, Vancouver, Canada, 2007

         Structured-illumination quantitative phase microscopy  
            COSI OSA conference, Vancouver, Canada, 2007


         Summer Research at CDM Optics Inc.    
            MO-ISL Research meeting, 2006
  
         Structured-Illumination Quantitative Phase Imaging
            [Award winning poster] Colorado Photonics Industry Association (CPIA) annual meeting, 2006

            Optical 3D Fourier Transformation and Reconstruction with a Photorefractive crystal
     
             Physical optics, CU Boulder, 2006

          Reversible Wavelets for Embedded Image Compression
            Wavelets and Imaging, CU Boulder, 2006

           Quantum Error Correction
            Quantum Optics, CU Boulder, 2006
 

           Optical Solitons
            Nonlinear / Crystal Optics, CU Boulder, 2006

           Plenoptic Camera
            MO-ISL Research meeting, 2005

           Fourier Optics Class - Fall 2006
           Fourier Optics, CU Boulder, 2006             

           Destination address interpretation
           Undergraduate thesis defense, GCT Coimbatore, 2003

           
           _______

           
Reports  Scroll up

         Camera Obscura
             Optoelectronic System Design, CU Boulder, 2006

          Optical Solitons
             
Nonlinear / Crystal Optics, CU Boulder, 2006
 
            Waveguide analysis using BPM
            
Optical Electronics, CU Boulder, 2006

            Destination address interpretation
            Undergraduate thesis, GCT Coimbatore, 2003

    

        _______

           
Patent  Scroll up

         
Quantitative phase imaging with a bright field microscope
            Technology tansfer office, Univ. of Colorado  (in review)

           _______

        TeachingScroll up 
          
         Advanced Optics Laboratory                              
Prof. Kelvin Wagner   /   Prof. Dana Anderson   /   Prof. Jun Ye
          Teaching Assistant,  Spring 2008

         
Fourier Optics                                                           
 Prof. Rafael Piestun
           Guest  lecture, Fall 2006

           _______


      
     Courses Scroll up

         Fall 2005
         1. Fourier Optics and Holography                         Prof. Kelvin Wagner
            2. Advanced Linear Systems                                  Prof. C.T.Mullis
            3. Theory and Application of Digital Filtering     Prof. Francois Meyer

         Spring 2006 
(schedule)
         
4. 
Advanced Optics Lab [B] [D]                             Prof. Kelvin Wagner   /   Prof. Dana Anderson
            5. Physical Optics                                                       Prof. Alan Mickelson
            6. Introduction to optoelectronics                           Prof. Frank Barnes
            7. Imaging Systems*                                                  Prof. Rafael Piestun
           
             Fall 2006 (schedule)
             
8.
Wavelets and Imaging                                        Prof. Gregory Beylkin
             9. Intro to quantum optics                                         Prof. Alan Mickelson
           10. 
Optoelectronic System Design                        Prof. Robert Mcleod
           11. Nonlinear/Crystal Optics                                    Prof. Kelvin Wagner

         Spring 2007
         
12. Ultrafast Optics**                                                  Prof. Steve Cundiff
            13. Numerical methods in photonics**                 
Prof. Robert Mcleod

         Fall 2007
         
14. Nanophotonics*                                                    Prof. Rafael Piestun
            15. Information Theory**                                            Prof. Eugene Liu
            16. Noise and random processes**                      Prof. Tim Brown
              

         Spring 2008
         
17. Detect. and extr. of signal from noise**          Prof. C.T.Mullis
      

           
*  Audit
           **  Partial audit


           _______


         Favorite links Scroll up  

         Journals
            
[Nature] [InfoBase]  [SPIE]  [IEEE]  [OPN] [IAS] [Chinook]

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           _______

      PicturesScroll up
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           Last modifed: 5/20/2008