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On the space highway to Lagrange points!
Post-edited
Authors : Trélat, Emmanuel (Author of the conference)
CIRM (Publisher )
37N05 - Dynamical systems in classical and celestial mechanics
37N35 - Dynamical systems in control
49J15 - Optimal control problems involving ordinary differential equations
65H20 - Global methods, including homotopy approaches
90C31 - Sensitivity, stability, parametric optimization
93B27 - Geometric methods
93B40 - Computational methods
93B50 - Synthesis problems
CIRM (Publisher )
Abstract :
Everything is under control: mathematics optimize everyday life.
In an empirical way we are able to do many things with more or less efficiency or success. When one wants to achieve a parallel parking, consequences may sometimes be ridiculous... But when one wants to launch a rocket or plan interplanetary missions, better is to be sure of what we do.
Control theory is a branch of mathematics that allows to control, optimize and guide systems on which one can act by means of a control, like for example a car, a robot, a space shuttle, a chemical reaction or in more general a process that one aims at steering to some desired target state.
Emmanuel Trélat will overview the range of applications of that theory through several examples, sometimes funny, but also historical. He will show you that the study of simple cases of our everyday life, far from insignificant, allow to approach problems like the orbit transfer or interplanetary mission design.
Keywords : control theory; optimal control; stabilization; optimization; aerospace; Lagrange points; dynamical systems; mission design
MSC Codes : In an empirical way we are able to do many things with more or less efficiency or success. When one wants to achieve a parallel parking, consequences may sometimes be ridiculous... But when one wants to launch a rocket or plan interplanetary missions, better is to be sure of what we do.
Control theory is a branch of mathematics that allows to control, optimize and guide systems on which one can act by means of a control, like for example a car, a robot, a space shuttle, a chemical reaction or in more general a process that one aims at steering to some desired target state.
Emmanuel Trélat will overview the range of applications of that theory through several examples, sometimes funny, but also historical. He will show you that the study of simple cases of our everyday life, far from insignificant, allow to approach problems like the orbit transfer or interplanetary mission design.
Keywords : control theory; optimal control; stabilization; optimization; aerospace; Lagrange points; dynamical systems; mission design
37N05 - Dynamical systems in classical and celestial mechanics
37N35 - Dynamical systems in control
49J15 - Optimal control problems involving ordinary differential equations
65H20 - Global methods, including homotopy approaches
90C31 - Sensitivity, stability, parametric optimization
93B27 - Geometric methods
93B40 - Computational methods
93B50 - Synthesis problems
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Information on the Video
Film maker : Hennenfent, GuillaumeLanguage : English Available date : 20/01/14 Conference Date : 19/10/13 Series : Special events ; Lagrange Days arXiv category : Optimization and Control ; Dynamical Systems Mathematical Area(s) : Control Theory & Optimization ; Dynamical Systems & ODE Format : QuickTime (.mov) Video Time : 00:48:25 Targeted Audience : Researchers ; Graduate Students Download : https://videos.cirm-math.fr/2013-10-19_Trelat.mp4 
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Information on the Event
Event Title : Lagrange Days / Journées LagrangeEvent Organizers : Benzoni-Gavage, Sylvie ; Jouve, Guillaume Dates : 18/10/13 - 19/10/13 Event Year : 2013 Event URL : http://math.univ-lyon1.fr/homes-www/benz...
Citation Data
DOI : 10.24350/CIRM.V.18444903Cite this video as: Trélat, Emmanuel (2013). On the space highway to Lagrange points!. CIRM. Audiovisual resource. doi:10.24350/CIRM.V.18444903 URI : http://dx.doi.org/10.24350/CIRM.V.18444903 |
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