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DTSTART:20190331T030000
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DTSTAMP:20190215T150302Z
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DTSTART;TZID=Europe/Bratislava:20190215T140000
DTEND;TZID=Europe/Bratislava:20190215T153000
DESCRIPTION:The subject of this seminar is an application of fuzzy cognitiv
 e maps for control of complex systems\, specifically the intelligent space
  based on a paradigm of the internet of things. A review of various method
 s and tools applicable to control complex systems will be provided. The fi
 rst part of introduces the methodology of situational control applicable t
 o control complex systems using the means of artificial intelligence\, wit
 h a focus on fuzzy cognitive maps. In the next part\, extensions to basic 
 fuzzy cognitive maps are proposed and implemented using a novel programmin
 g library with its appropriate web-based application programming interface
 . And finally\, this interface is used to prototype a specific model of si
 tuational control of intelligent space within a scope of a mobile robot na
 vigation.\n\nSpeaker(s): Michal Puheim\, \n\nRoom: B-520\, Bldg: Main buil
 ding\, Technical University of Kosice\, Letna 9\, Kosice\, Slovakia\, Slov
 akia\, 04200
LOCATION:Room: B-520\, Bldg: Main building\, Technical University of Kosice
 \, Letna 9\, Kosice\, Slovakia\, Slovakia\, 04200
ORGANIZER:jan.vascak@tuke.sk
SEQUENCE:1
SUMMARY:Alan Turing Seminar - Fuzzy Cognitive Maps for Control Tasks in Int
 elligent Space 
URL;VALUE=URI:https://events.vtools.ieee.org/m/192856
X-ALT-DESC:Description: <br /><p>The subject of this seminar is an applicat
 ion of fuzzy cognitive maps for control of complex systems\, specifically 
 the intelligent space based on a paradigm of the internet of things. A rev
 iew of various methods and tools applicable to control complex systems wil
 l be provided. The first part of introduces the methodology of situational
  control applicable to control complex systems using the means of artifici
 al intelligence\, with a focus on fuzzy cognitive maps. In the next part\,
  extensions to basic fuzzy cognitive maps are proposed and implemented usi
 ng a novel programming library with its appropriate web-based application 
 programming interface. And finally\, this interface is used to prototype a
  specific model of situational control of intelligent space within a scope
  of a mobile robot navigation.</p>
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