Manos Papadakis

University of Houston

Department of Mathematics
651 Phillip G. Hoffman Hall
Houston, TX 77204-3008                                                                                                           
Office: 681 PGH
Phone: (713) 743-3449
Fax: (713) 743-3505
Email: mpapadak@math.uh.edu

 

 

  

Research interests: Applied Harmonic Analysis, Wavelet Analysis, Frame Theory, Biomedical Image Analysis (Neuroscience Imaging, Metastatic Liver Cancer Detection in Abdominal CT with contrast). More recently, I work on local oscillation normalization in unconstraint illumination conditions (this area of research directly applies to unconstraint illumination normalization for face recognition), on Extension Principles and on Directional Representations with applications to neuroscience imaging. To get a taste of our group’s recent work on 3D-textures and on the detection of metastatic liver cancer please click here

 

Interesting Links:

Computational Biomedicine Lab

Center for Mathematical Biosciences

Mathematics Collaborators:  Nikolaos Atreas, Robert Azencott, Bernhard G. Bodmann, Saurabh Jain, Donald Kouri, Demetrio Labate, Juan R. Romero, Pankaj Singh, Theodoros Stavropoulos, Sanat Upadhyay.

Neuroscience Collaborators: Ioannis A. Kakadiaris, Fernanda Laezza (UTMB Galveston), Stelios Smyrnakis (BCM).

Courses taught

 

  MATH 4397-01 Mathematics of General Insurance  NEW COURSE

FALL 2016 TU-TH 230-4PM

Prerequisites: Math 2431 (Calculus III), Math 3338

Description of the course: The course begins with a quick review of the concept of moments for discrete and continuous random variables. Mathematical expectation, multidimensional random variables and conditioning of random variables, Distributions of claim sizes, fitting models to claim number and size data, short-term risk models, premium calculation principles (EVP, SDP, VP, ZUP, QP),  maximum and minimum premiums, Bayesian credibility history, mixed random variables, reinsurance.

 The course will require the use of R for statistical computations. The expectation is for students to build the mathematical background required for the actuarial
 workplace.

Recommended textbook:
Risk Modelling in General Insurance: From Principles to Practice (International Series on Actuarial Science), 1st edition.
by

Gray, Roger J. and Pitts, Susan M.  published by Cambridge,
ISBN-13: 978-0521863940

Math 3331, Ordinary Differential Equations (Summer schedule, daily 2-4pm)        

Syllabus and grading policies                  

 

BRING A BLUE EXAM NOTEBOOK WITH YOU FOR EACH EXAM

 


Math 3339, Statistics for the Sciences (Summer schedule, daily 10am-12pm)        

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Syllabus and grading policies                  

 

BRING A BLUE EXAM NOTEBOOK WITH YOU FOR EACH EXAM

 


 Imaging Seminar Fall 2016


 

 

OFFICE HOURS:  TBA

                                

 

 Please don't ask me questions by e-mail. In the case, we have to explain several things to you. We may not be able to supply a satisfactory answer via e-mail. Meeting with us is always more helpful. Besides UH is a university with a real, not a virtual campus. However, if time is an issue,  please, submit your  question by e-mail and wait for our response. 



CASA (222, former Garrison Gym).  Ask for someone who can offer you help for the course material you study.
Hours of operation

Monday through Thursday: 9:00 a.m. to 7:00 p.m.
Friday: 9:00 a.m. to 2:00 p.m.


Selected List of Recent Publications and Preprints
 

 


Last updated: 7/7/2016