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SUMMARY:Around the World at a Speed of 27000 km/h - Control and Estimation
  Problems for Satellites
DTSTART:20141003T101500
DTSTAMP:20260916T043946Z
UID:508b51c1058d3c2484d511e6074bddc63fb1a1073acf6be1e50d70d3
CATEGORIES:Conferences - Seminars
DESCRIPTION:Jochen Rieber\nAfter a brief general introduction to spacecraf
 t attitude and orbit control\, this talk addresses some typical and curren
 t control and estimation problems for satellite applications. We present\n
 		standard and advanced attitude control approaches based on PID\, H-infin
 ity\, and feedback linearization\, for reaction wheel (RW) and control mom
 ent gyro (CMG) actuator configurations\n	\n		a method for hybridization of
  accelerometer and star tracker measurements\,\n	\n		approaches to deal wi
 th restricted\, low-performance\, or failed sensor information\,\n	\n		sys
 tem identification of a solar array drive mechanism\n\nBio: Jochen Rieber 
 works as system engineer at the company Airbus Defence and Space in Friedr
 ichshafen since 2007\, in the department for "Flight Dynamics\, Attitude a
 nd Orbit Control Systems & Guidance\, Navigation and Control". He studied 
 Engineering Cybernetics at University of Stuttgart/Germany (diploma degree
  2001) as well as Engineering Science and Mechanics at the Georgia Institu
 te of Technology in Atlanta/USA (M.Sc. degree 2001). He obtained his PhD d
 egree at the Institute for Systems Theory and Automatic Control at Univers
 ity of Stuttgart/Germany in 2006. In 2005\, he was a visiting scientist  
 at the Delft University of Technology/Netherlands\, working with Carsten S
 cherer. He teaches Control Engineering at Cooperative State University Fri
 edrichshafen. His research interests are in the fields of dynamic systems 
 modeling\, uncertain and parameter-dependent systems\, optimal and robust 
 control\, with applications in aerospace\, robotics\, mechatronics\, and n
 ano-technology.
LOCATION:CM 1106 http://plan.epfl.ch/?zoom=19&recenter_y=5864168.76859&rec
 enter_x=731027.79668&layerNodes=fonds\,batiments\,labels\,information\,par
 kings_publics\,arrets_metro\,transports_publics&floor=1&q=CM_1106
STATUS:CONFIRMED
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