Holger Schultheis


 

Research & teaching assistant

email   schulth[at]informatik.uni-bremen.de
phone   +49-421-218-64-236
fax   +49-421-218-98-64-236
office   CARTESIUM 3.048

cognitive systems

     
  short CV  
   
   
  Interests:  
   
  spatial cognition
models of human cognition and behavior
human-computer interaction
cognitive control
cognitive (neuro)psychology
pattern recognition
   
  Ph. D. Project:  
   
  Computational modeling of control in spatial cognition
   
  Research Projects:  
   
  DFG SFB/TR-8 Spatial Cognition: project R1-[ImageSpace] - Mental Representations of Spatial Environments.
DFG SFB 378 Resource-Adaptive Cognitive Processes: Project READY - Resource-Adaptive Dialog.
   
  Publications: List
   
  Events & Organization:  
   
  2008, September 15/19: Workshop Cognitive Models of Human Spatial Reasoning at the Spatial Cognition 2008 (SC'08) conference in Freiburg, Germany.
  2007, March 26 - 28: AAAI Spring Symposium on Control Mechanisms for Spatial Knowledge Processing in Cognitive / Intelligent Systems.
   
  Teaching:  
   
  SoSe 2007: Cognitive Systems I
  WiSe 2006/07: Cognitive Systems 2
  SoSe 2006: Cognitive Systems I
  WiSe 2005/06: Cognitive Systems 2
  SoSe 2001: Tutorium zum experimentalpsychologischen Praktikum "perceptual fluency" am Fachbereich Psychologie der Philipps-Universitaet Marburg.
   
  Recognition & Awards:  
   
  2008: Invited participation and presentation (NSF grant) at the inter-Science of Learning Centers conference (iSLC) in Pittsburgh, PA.
01/2007 - 12/2008: Scholarship for the interdisciplinary course "Nature of Thought" (Natur des Geistes) of the Network of Excellence of Nothern Germany (Norddeutsches Exzellenznetzwerk).
2005: ESRI Student Award at COSIT'05 in Ellicottville, New York.
2004: Best student paper award at the Adaptive Hypermedia 2004 (Eindhoven, The Netherlands).
07/2001 - 03/2004: Scholarship by the Studienstiftung des deutschen Volkes (German National Academic Foundation).
   
  (last update: 28-04-08) top
   
  To Cognitive Systems