SEMINAR IN REAL-LIFE IMPLEMENTATION OF APPLIED MATHEMATICS, Fall 2020

28/12/2020  The schedule of project presentation


19/10:  Arie Levant      Introduction. Review of possible
                         projects.  Computer aesthetic
                         criterion.
                         
26/10:  Arie Levant      Automatic page layout. Real-time motion capture.  
                         Banding effect in large poster printing.      
                                                                         
02/11:  Arie Levant      Advertisement insertion in live-time TV Broadcasting.
                         Introduction to control theory. Control under 
                         uncertainty conditions. 
                                                                        
09/11:  Arie Levant      ODE with discontinuous right-hand sides. 
                         Sliding modes. High-order sliding modes. 
                         Aircraft pitch control.  Real-time programming.
                                                                      
16/11:  Arie Levant      Differentiation problem: restrictions.          
                         Real-time robust exact differentiation.         
                         Homogeneity approach. Signal processing applications.                 
                         Control and image-processing applications.      
                                                                                        
23/11:  Arie Levant      Mathematical Black-Box Control: 
                         Car control. Aircraft control.                                                                         
                         Practical Relative Degree. Blood glucose control.                         
                         
30/11: 
 
01. Rafael Sherbu Cohen  Multi-scale quasi-interpolation of  manifold-valued function
 
              
02. Vladimir Yevsukov    Synchronizing Probability Measures on Rotations

07/12:
  
03. Maayan Yesharim      Eigenfaces and Principal Component Analysis
 
VOID

14/12:  
                                                 
05. Hofit Ben Zion       Bezier curves in computer aided-design
 
         
06. Nuha Diab            Super-Resolution of near-colliding point sources
         
21/12: 

07. Shay Hanan Meron     Shazam algorithm: song recognition
         

08. Ofek Naor            Models in mathematical immunology


04. Alon Barkan          Expectation maximization algorithm in statistics and its applications
                                                                                                                               
28/12: 
        
09. Avi Hanan            Model Predictive Control and COVID-19 management
         

10. Orel Levy            Bifurcation and equilibria in nonlinear dynamics
                                                                        
04/01:  

11. Ofir Flaysher        Regularization For Inverse Problems Using Neural Networks
         

12. Michael Kovaliov     Mathematics of music
                                                                          
11/01:  

13. Yuval Zelig          Ant-colony method in solution of traveling-salesman problem
 

14. Qusay Muzaffar       Set-valued-function interpolation
                                             
Those who do not deliver a lecture perform a computer simulation project (numerical differentiation). The option is only available if all lecture slots are filled.