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research:acat [2014/02/05 13:43] – froggy86research:acat [2023/09/18 14:07] – cstoess
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-====SHERPA - Smart collaboration between Humans and ground-aErial Robots for imProving rescuing activities in Alpine environments==== +====== ACAT ====== 
-{{:projects:sherpa.png?200 |}} The SHERPA project focuses to support search and rescue activities in a real-world hostile environment like the alpine environment. The robots used in this projects consist of a mixed group of ground and aerial robots, who are guided by the "human" rescuer, also called busy genius. +// Learning and Execution of Action Categories //
-The research activity here focuses on how the "busy genius" and the SHERPA robots interact and collaborate with their own features and capabilities toward the achievement of a common goal.+
  
-By providing a mix of advanced control and cognitive capabilities which characterizes this system, the rescuer will be supported bye improving his awareness of the rescue scene.+The aim of ACAT is to provide artificial systems with abstract, functional knowledge about relationships between action objects from information sources made for humans. The potential of robots would be greatly expanded if they could utilize the incredible amount of knowledge available to humans.  However, most of these sources of information assume common knowledge that does not need to be explicitly specified when interpreted by humans. ACAT provides robots with this type of information and generates internal knowledge about tasks by creating and storing all required action information into “action categories”. This is done by generating dynamic process memory by extracting and storing action categories from large text and image sources. 
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 +Action categories are designed to include both action encoding and context information obtained by combining linguistic analysis with indepth exploration and action simulation. The strength of action categories is that the rich contextual information allows for generalization (for example replacing objects in an action) and addresses ambiguity and incompleteness in planning. 
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 +{{  projects:acat:ralph_pipetting.png?500  }} 
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 +An example industrial application for ACAT would be to use manuals made for human workers to create instructions executable by robots. This would enable the robot to do certain human tasks without time-consuming programming procedures. The result of the ACAT project is a robot compiler which translates human-understandable information into a program that a robot can execute. 
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 +Our role within the project is to build an action verb-specific knowledge base using first-order  statistical representation, learning, and reasoning and to create an ontology of action categories. We will also coordinate the project's planning and execution module and design and implement extensions to  the Cognitive Robot Abstract Machine ([[:research:cram|CRAM]]) for concurrent reactive plan execution. 
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 +Further information and news can be found at www.acat-project.eu 
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 +Partners: 
 +|  [[http://www.uni-goettingen.de/|{{:projects:acat:logos:uglogo.jpg?300}}]]  |  [[http://www.sdu.dk/en/|{{:projects:acat:logos:sdulogo.png?100}}]]  |  [[http://www.en.aau.dk/|{{:projects:acat:logos:aaulogo.png?100}}]]  |     
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 +|  [[http://ai.uni-bremen.de/|{{:research:UniBremen.png?200}}]]  |  [[http://www.vdu.lt/en/|{{:projects:acat:logos:vdulogo.png?100}}]]  |  [[http://www.ijs.si/ijsw/JSI/|{{:projects:acat:logos:stefan.jpg?100}}]]  |
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