SEMINAR IN APPLIED MATHEMATICS, Fall 2018

15/10/2018  The schedule of project presentation


15/10:  Arie Levant      Introduction. Review of possible
                         projects.  Computer aesthetic
                         criterion.
                         
22/10:  Arie Levant      Automatic pagelayout. Real-time motion capture.  
                         Banding effect in large poster printing.      
                                                                         
29/10:  Arie Levant      Advertisement insertion in live-time TV Broadcasting.
                         "Mechanical dog".
                                                                        
05/11:  Arie Levant      Introduction to control theory. Control under 
                         uncertainty conditions. ODE with discontinuous 
                         right-hand sides. Sliding modes. 
                                                                      
12/11:  Arie Levant      Homogeneity approach. 2-sliding controllers.    
                         Aircraft pitch control. Real-time programming.  
                                                               
19/11:  Arie Levant      Differentiation problem: restrictions.          
                         Real-time robust exact differentiation.         
                         Signal processing applications.                 
                         Control and image-processing applications.                                                  
                         
26/11:  Arie Levant      Mathematical Black-Box Control: High-order      
                         sliding modes. Car control.  Aircraft control.
                         Practical Relative Degree. Blood glucose control.

03/12:
  
     1. Oria Gruber      Independent Component Analysis and Blind Source 
                         Separation

     2. Shany Shmueli    Mathematical model of vaccination

10/12:  
                                                 
     1. Adi Shasha       Clustering methods
         

     2. Osher Arbib      Segmentation in image processing
         
17/12: 

     1. Leia Greenberg   Encryption methods
         

     2. Wael Mattar      Chaos theory
                                                                                                                               
24/12:  
        
     1. Brenda Rustein   Continued fractions
         

     2. Yael Harpaz      Bidirectional reflectance distribution function
                                                                        
31/12:  

     1. Oded Ovadia      Fractal dimensions
         

     2. Hadar Landau     Simulated annealing and genetic algorithms in 
                         solution of optimization problems   
                                                                          
07/01:  

     1. Yuval Kainan     Numerical Multidimensional Integration
         

     2. Benjamin Gutman  Multi-dimensional scaling
                                             

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.