SEMINAR IN APPLIED MATHEMATICS, Fall 2016 07/11/2016 The schedule of project presentation 31/10: Arie Levant Introduction. Review of possible projects. Computer aesthetic criterion. 07/11: Arie Levant Automatic pagelayout. Real-time motion capture. Banding effect in large poster printing. 14/11: Arie Levant Advertisement insertion in live-time TV Broadcasting. "Mechanical dog". 21/11: Arie Levant Introduction to control theory. Control under uncertainty conditions. ODE with discontinuous right-hand sides. Sliding modes. 28/11: Arie Levant Homogeneity approach. 2-sliding controllers. Aircraft pitch control. Real-time programming. 05/12: Arie Levant Differentiation problem: restrictions. Real-time robust exact differentiation. Signal processing applications. Control and image-processing applications. 19/12*: Arie Levant Mathematical Black-Box Control: High-order sliding modes. Car control. Aircraft control. 19/12*: Arie Levant Practical relative degree. Blood glucose control. 26/12*: Adam Jbara Controllability and observability of linear systems 02/01: Idan Tager Introduction to fractal geometry and analysis 09/01: David Mottahedeh Stability analysis of HIV epidemic model with treatment 16/01: Liron Mor-Yosef Mathematical Theory of Data Compression 23/01: Tomer Levin The finite element method in large and infinite spatial domains * The seminar on 12/12-2016 has been split in two and shifted to 19/12, 26/12, 12:00-13:00 due to the conference A. Levant has to attend. 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.