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Name: Manfred Georg
Address: 710 Eastgate Apt 1-S
         Saint Louis, MO 63130 USA
Phone: +1 (314) 651-3148
Birthdate: July 31, 1982
Citizenship (dual): United States, Italy
e-mail: mgeorg@cse.wustl.edu
website: http://www.cse.wustl.edu/~mgeorg

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Academic Interests:
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Computer Vision: Manifold Learning, Medical Image Analysis
I have worked in Computer Networking (Congestion Control) and
briefly in Software Engineering (Testing).

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Academic Degrees:
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I am currently a Ph.D. Candidate at Washington University in St. Louis.

December 2007: M.S. Computer Science from Washington
               University in St. Louis.

December 2003: B.S. Mathematics and Computer Science (magna cum laude)
               from Colorado State University.

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Publications:
bibtex file
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[ 1] Manfred Georg, Richard Souvenir, Andrew Hope, and Robert Pless,
     "Manifold Learning for 4D CT Reconstruction of the Lung",
     In IEEE Computer Society Workshop on Mathematical Methods in
     Biomedical Image Analysis (MMBIA) at Computer Vision and
     Pattern Recognition (CVPR), June 2008.

[ 2] Manfred Georg, Richard Souvenir, Andrew Hope, and Robert Pless,
     "Simultaneous Data Volume Reconstruction and Pose Estimation from
     Slice Samples", In Computer Vision and Pattern Recognition, June 2008.

[ 3] Sergey Gorinsky, Manfred Georg, Maxim Podlesny,
     and Christoph Jechlitschek.
     "A Theory of Load Adjustments and its Implications for
     Congestion Control",
     Journal of Internet Engineering, 1(2), pp. 82-93, October 2007

[ 4] Manfred Georg, Christoph Jechlitschek, and Sergey Gorinsky.
     "Improving Individual Flow Performance with Multiple Queue Fair Queuing"
     In International Workshop on Quality of Service, June 2007.

[ 5] Andrew J. Hope, Manfred Georg, Jonathon J. Cannon,
     J. Hubenschmidt, Wei Lu, Daniel A. Low, and Robert B. Pless.
     "Applications of Manifold Learning Techniques in 4D-CT reconstruction"
     In International Conference on the use of Computers in Radiation
     Therapy, June 2007.  (Reviewer's Choice)

[ 6] Manfred Georg, Jonathon J. Cannon, Andrew J. Hope, Wei Lu,
     Daniel A. Low, and Robert B. Pless.
     "Automating 4D CT Reconstruction Using Manifold Learning"
     In American Radium Society Annual Meeting, May 2007.

[ 7] C. Stringfellow, C.D. Amory, D. Potnurri, M. Georg, and A. Andrews.
     "Comparison of Software Architecture Reverse Engineering Methods"
     Journal of Information and Software Technology, (7):484--497, 2006.

[ 8] Manfred Georg and Sergey Gorinsky.
     "Protecting TFRC from a Selfish Receiver"
     In Proceedings of the IEEE International Conference on
     Networking and Services, October 2005.

[ 9] C. Stringfellow, C.D. Amory, D. Potnurri, M. Georg, and A. Andrews.
     "Deriving Change Architectures from RCS History"
     In Proceedings of the IASTED International Conference on
     Software Engineering and Applications, November 2004.

[10] Horst Hahn and Manfred Georg.
     "Fractal Aspects of Global and Local Optimization Schemes in
     Constrained Construction of Three-Dimensional Vascular Systems"
     In Proceedings of the Fractals in Biology and Medicine
     Conference, March 2003.

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Technical Programming Committee Membership:
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ICAS (International Conference on Autonomic and Autonomous Systems)
     2006-present
ICNS (International Conference on Networking and Services) 2006-present
SOAS (Self-Organization and Autonomic Systems in Computing and
      Communications) 2006-present
ICABS (International Conference on Adaptive Business Systems) 2007-present

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Work Experience:
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Computer Vision (Manifold Learning)
Fall 2006 - Present
Synopsis: Using a set of medical images (each of which may not capture
          the entire region of interest) we find both the tissue
          structure and motion due to physiological activity such as
          breathing and heartbeat.  Our model is comprised of a
          parameterized set of B-spline deformations of a reference
          volume, allowing us to describe arbitrary deformations of a
          tissue structure.
Advisor: Professor Robert Pless
         pless@cse.wustl.edu
         Washington University in St. Louis

Networking (Congestion Control)
Fall 2004 - Spring 2006
Synopsis: I developed a congestion control protocol similar to TFRC
          (TCP Friendly Rate Control) which is robust to receiver
          misbehavior.  And, I developed a router queuing discipline to
          ensure end-to-end fairness.
Advisor: Professor Sergey Gorinsky
         gorinsky@arl.wustl.edu
         Washington University in St. Louis

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Internships:
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AT&T Labs Research
Summer 2006
Synopsis: Developed metrics for measuring and predicting the
          over-utilization of VPN links in large networks.
Supervisor: Dr. K. K. Ramakrishnan
            kkrama@research.att.com

MeVis (Medical Diagnostic Systems and Visualization, Bremen, Germany)
Summer 2003
Synopsis: Modeled vascular systems in the human body using a
          completely optimality driven method.
Supervisor: Dr. Horst Hahn
            hahn@mevis.de

CS department at CSU
Summer 2000
Synopsis: Created metrics to determine the optimal times to change
          software development production phases.
Supervisor: Professor Anneliese Andrews
            andrews@cs.du.edu

Statistics department at CSU
Summer 1998
Synopsis: Developed a Java applet and accompanying C++ cgi for the
          automated submission and grading of homework assignments.
Supervisor: Dr. Hariharan Iyer
            hari@stat.colostate.edu

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Skills:
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Extensive knowledge of the Linux operating system and proficiency in the
following computer languages and packages: C, C++, Java, Perl, R (SPlus),
Matlab.

I am fluent in Italian and German in addition to natively speaking English.

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Leadership:
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February 2007 - Present
Treasurer for the CSE Graduate Student Association at Washington
University in St. Louis.

September 2002 - December 2003
Officer and Webmaster for the Math Club of Colorado State University.

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Academic Awards:
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Fall 2002, placed 222.5 in the William Lowell Putnam Exam with
a score of 40.

Scholarships which in sum completely covered the cost of attending
Colorado State University.