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sm:talk02 [2020/04/24 12:24]
sbosse [Über den Autor]
sm:talk02 [2020/05/27 09:59] (current)
admin [Vortrag]
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 # Vortrag # Vortrag
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 + * Digitaler Vortrag: [VIDEO Teil 1](http://​ag-0.de:​8080/​play/​4b0a9b15-673c-426b-a59b-11c9956dee6a),​ [VIDEO Teil 2](http://​ag-0.de:​8080/​play/​2f0b9301-57a6-43a9-bd47-6b3c69cad748)
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 +{{url>​http://​www.ag-0.de:​8080/​engage/​theodul/​ui/​core.html?​id=4b0a9b15-673c-426b-a59b-11c9956dee6a&​mode=embed 768,480}}
 +{{url>​http://​www.ag-0.de:​8080/​engage/​theodul/​ui/​core.html?​id=2f0b9301-57a6-43a9-bd47-6b3c69cad748&​mode=embed 768,480}}
  
 ## Vortragender ## Vortragender
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 Stefan Bosse studied physics at the University of Bremen. He received his PhD in 2002 rer. Nat. In physics (topic “Advanced Optical Laser Measuring Techniques”) at the University of Bremen and habilitated with the Venia Legendi in computer science in 2016 at the University of Bremen with his habilitation on the topic “Uniformly distributed sensor and environmental information processing with multi-agent systems: models, platforms and technological aspects ”. Stefan Bosse studied physics at the University of Bremen. He received his PhD in 2002 rer. Nat. In physics (topic “Advanced Optical Laser Measuring Techniques”) at the University of Bremen and habilitated with the Venia Legendi in computer science in 2016 at the University of Bremen with his habilitation on the topic “Uniformly distributed sensor and environmental information processing with multi-agent systems: models, platforms and technological aspects ”.
  
-Since 2016 he has been teaching and researching as a private lecturer at the University of Bremen, Department of Computer Science, and from 2018-2019 as an interim professor and lecturer at the University of Koblenz-Landau,​ Faculty of Computer Science, Institute for Software Technologies. Since 2020 he has been scientific ​director ​in the interregional and interdisciplinary DFG research group 3022 (Ultrasonic Monitoring of Fiber Metal Laminates Using Integrated Sensors), subproject 4 (Automated Model-free Damage Diagnostic).+Since 2016 he has been teaching and researching as a private lecturer at the University of Bremen, Department of Computer Science, and from 2018-2019 as an interim professor and lecturer at the University of Koblenz-Landau,​ Faculty of Computer Science, Institute for Software Technologies. Since 2020 he is scientific ​leader ​in the interregional and interdisciplinary DFG research group 3022 (Ultrasonic Monitoring of Fiber Metal Laminates Using Integrated Sensors), subproject 4 (Automated Model-free Damage Diagnostic).
  
 His main research area is distributed artificial intelligence in general and information processing in massive parallel and distributed systems with agent-based approaches combined with machine learning and agent-based simulation. A wide range of application areas are addressed: material science, material informatics,​ smart materials, IoT, production technology, social sciences, crowd sensing, geosciences His main research area is distributed artificial intelligence in general and information processing in massive parallel and distributed systems with agent-based approaches combined with machine learning and agent-based simulation. A wide range of application areas are addressed: material science, material informatics,​ smart materials, IoT, production technology, social sciences, crowd sensing, geosciences
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 ## Zusammenfassung ## Zusammenfassung
  
 +In diesem Vortrag wird die Informatik beleuchtet die für Datenverrabeitung und Kommunikation in sensorischen Materialien benötigt wird. Es geht weniger um Algorithmen,​ vielmehr um die Randbedingungen wie algorithmische Skalierung und die verteilte Verarbeitung von großen Datenmengen. Welche Anforderungen werden an die Rechner gestellt, die Größen für die Materialintgration im sub-mikrokubikmeter Bereich besitzen: Die Nanocomputer! ​
  
 ## Diskussion ## Diskussion