Difference between revisions of "HYCON-EECI, Spring 2009"

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{{hycon-eeci09 entry|2|Mon, 11:00 | Review of information theory and communications| |Gupta}}
 
{{hycon-eeci09 entry|2|Mon, 11:00 | Review of information theory and communications| |Gupta}}
 
{{hycon-eeci09 entry|3|Mon, 14:00 | Jump linear Markov processes| |Gupta}}
 
{{hycon-eeci09 entry|3|Mon, 14:00 | Jump linear Markov processes| |Gupta}}
{{hycon-eeci09 entry|4|Mon, 16:00 | Packet loss, delays and shock absorbers| |Murray}}
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{{hycon-eeci09 entry|4|Mon, 16:00 | Packet loss, delays and shock absorbers| |Gupta}}
 
{{hycon-eeci09 entry|5|Tue, 9:00 | Quantization and bandwidth limits| |Gupta}}
 
{{hycon-eeci09 entry|5|Tue, 9:00 | Quantization and bandwidth limits| |Gupta}}
{{hycon-eeci09 entry|6|Tue, 11:00 | Information patterns| |Gupta}}
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{{hycon-eeci09 entry|10|Tue, 11:00 | Estimation over networks| |Gupta}}
{{hycon-eeci09 entry|7|Wed, 9:00 | Graph theory| |Murray}}
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{{hycon-eeci09 entry|6|Wed, 9:00 | Information patterns| |Gupta}}
{{hycon-eeci09 entry|9|Wed, 11:00 | Distributed control| |Murray}}
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{{hycon-eeci09 entry|7|Wed, 11:00 | Graph theory| |Murray}}
{{hycon-eeci09 entry|8|Wed, 14:00 | Cooperative control| |Murray}}
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{{hycon-eeci09 entry|9|Wed, 14:00 | Distributed control| |Murray}}
{{hycon-eeci09 entry|10|Wed, 16:00 | Estimation over networks| |Gupta}}
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{{hycon-eeci09 entry|8|Wed, 16:00 | Cooperative control| |Murray}}
 
{{hycon-eeci09 entry|11|Thu, 9:00 | Distributed estimation and sensor fusion| |Gupta}}
 
{{hycon-eeci09 entry|11|Thu, 9:00 | Distributed estimation and sensor fusion| |Gupta}}
 
{{hycon-eeci09 entry|12|Thu, 11:00|TBD| |Gupta}}
 
{{hycon-eeci09 entry|12|Thu, 11:00|TBD| |Gupta}}

Revision as of 07:03, 4 March 2009

Eecilogo.png An Introduction to Networked Control Systems Cdslogo.png

Vijay Gupta (Notre Dame)   Richard M. Murray (Caltech)

16-20 March 2009

Increases in fast and inexpensive computing and communications have enabled a new generation information-rich control systems that rely on multi-threaded networked execution, distributed optimization, adaptation and learning, and contingency management in increasingly sophisticated ways. This set of lectures will provide an introduction to the theory and tools for building such systems, focusing on the so-called “networked” control systems in which the components that form the system are connected through a communication network. These lectures were developed as part of a course at Caltech on “Networked Control Systems”, first offered in Spring 2006, and a 2008 EECI course.

Course information

Lecture Schedule

The schedule below lists the lectures that will be given as part of the course. Each lecture will last approximately 90 minutes. The individual lecture pages give an overview of the lecture and links to additional information.

Lec Date/time   Title   Reading
  1     Mon, 9:00     Mon, 9:00 ( )     Introduction to Networked Control Systems  
  2     Mon, 11:00     Mon, 11:00 ( )     Review of information theory and communications  
  3     Mon, 14:00     Mon, 14:00 ( )     Jump linear Markov processes  
  4     Mon 16:00     Mon, 16:00 ( )     Packet loss, delays and shock absorbers  
  5     Tue, 9:00     Tue, 9:00 ( )     Quantization and bandwidth limits  
  10     Wed, 16:00     Tue, 11:00 ( )     Estimation over networks  
  6     Tue, 11:00     Wed, 9:00 ( )     Information patterns  
  7     Wed, 9:00     Wed, 11:00 ( )     Graph theory  
  9     Wed, 14:00     Wed, 14:00 ( )     Distributed control  
  8     Wed, 11:00     Wed, 16:00 ( )     Cooperative control  
  11     Thu, 9:00     Thu, 9:00 ( )     Distributed estimation and sensor fusion  
  12     Thu, 11:00     Thu, 11:00 ( )     TBD  
  13     Fri, 9:00     Fri, 9:00 ( )     Distributed protocols  
  14     Fri, 11:00     Fri, 11:00 ( )     Future directions and open problems  

References

Notes and references are given in the individual lectures.

Announcements

  • 30 Dec 08: course page created for HYCON-EECI
  • 1 Mar 09: updated course outline; created all lecture pages