Table of Contents
    
    
    Schedule
    
    Author Index
    
    Attendee Information
    
    
    
      |  | Entertainment Tonight | 
    
      | Johnathan Gratch | Soar Goes Hollywood | 
    
      | Jeff Rickel | ICT Mission Rehearsal | 
    
      | John Laird | Lessons Learned from the Computer Game Industry | 
    
      | Mike van Lent | Report from AAAI Spring Symposium on AI & Interactive Entertainment | 
    
      |  | Natural Language | 
    
      | Deryle Lonsdale | Integrating Wordnet with NL-Soar | 
    
      | Anton Rytting | Using Worldnet to Build Semantic Representation | 
    
      | Barry Brian Werger Young Jun Kim
 | Integrating Soar with Physical Robots & Behavior-Based Control | 
    
      |  | Cognitive Modeling & Believability | 
    
      | Mazin Assaine | Integrating Direction in Soar Believable Synthetic Characters | 
    
      | Brian Magerko | An Introduction to a Grad Student | 
    
      | Jonathan Gratch | Modeling Bad TV Actors in Soar | 
    
      | John Laird | Anticipation in the Soar Quakebot | 
    
      | John Laird | The Humanity of the Soar Quakebot | 
    
      |  | Soar Development | 
    
      | Karen Coulter | Soar Update | 
    
      | Mazin Assanie | New Debugging Tools in TSI 3.0 | 
    
      | Glenn Taylor | SDB: A Soar Debugger | 
    
      | Mazin Assanie | The Soar Blank Environment: A Skeletal System for Building
      Tcl-based Soar Environments | 
    
      | Mike van Lent | Application Interface Development | 
    
      | Bradley Jones | Visual Soar | 
    
      |  | Soar Community | 
    
      | Jim Rosbe | Life in the "Real World" | 
    
      | Tony Kalus | The Soar FAQ & DERA Report | 
    
      |  | Sensing & Interpretation | 
    
      | Frank Ritter | SOAR/TcL-PM: Including a Widely Applicable Eye & Hand in Soar | 
    
      | Ernst Bovenkamp | Vision-Soar: Multi-Agent Image Interpretation of Medical Images | 
    
      | Wayne Zhang Randy Hill
 | A Template-Based & Pattern-Driven Approach to Situtaion
      Awareness & Assessment | 
    
      | Randy Jones | Interactive Visualization of Situational Awareness | 
    
      |  | Machine Learning | 
    
      | Mike van Lent | Learning Task Performance Knowledge by Observation | 
    
      |  | Soar Architecture | 
    
      | Ronald Chong | Using Working Memory in Decay in an EPIC-Soar Model of En Route
      Air Traffic Controller Behavior | 
    
      | Ronald Chong | Forgetting in Soar: An Architectural Implementation of Working
      Memory Decay | 
    
      | Scott Wallace | Soar Lite: Designed for Speed | 
    
      | Scott Wallace | AI Architecture: Evaluation & the Soar Lite Project | 
    
      | Sayan Bhattacharyya | Comparing Soar & UM-PRS at the Symbol and Knowledge Levels | 
    
      | Randy Jones | TacAir-Soar at Sea: Deployment in BFTT | 
    
      | David Pynadath Milind Tambe
 | Electronic Elves | 
    
      | Hyuckchul Jung | Collaborative Negotiation Through Argumentation |