36th Soar Workshop¶
June 6th-10th, 2016
3270 Beyster Building, North Campus, University of Michigan
Schedule¶
| Presenter | Affiliation | Duration | Title | Links |
|---|---|---|---|---|
| Mazin Assanie | University of Michigan | 20 | Improving Dynamic Procedural Knowledge Learning | slides |
| Mazin Assanie | University of Michigan | 15 | Explaining the Learner | slides |
| Mazin Assanie | University of Michigan | 5 | Visualizing Soar | slides |
| Mazin Assanie | University of Michigan | 5 | Soar 9.5.1 Release Overview | slides |
| Mitchell Bloch | University of Michigan | 20 | Automatic Value Function Refinement & Unrefinement for Relational Reinforcement Learning | slides |
| Mohamed Elbanani | University of Michigan | 15 | Perception, Attention and Problem Solving on the Block Design Task | slides |
| Scott Hanford | Penn State University Applied Research Lab | 15 | Managing Competing Objectives in Soar | slides |
| Sara Jamshidi | Penn State University Applied Research Lab | Creating and Combining Neural Networks | slides | |
| Steven Jones | University of Michigan | 20 | Spreading Activation in Soar - An Update | slides |
| Jong-Wook Kim | Dong-A University | 20 | Introduction of Artificial Moral Agent Incorporating Soar and Global Optimization Methods | slides |
| James Kirk | University of Michigan | 20 | Learning General and Efficient Representations of Novel Games Through Interactive Instruction | slides |
| John Laird | University of Michigan | 20 | Interactive Task Learning: Language Processing for Rosie | slides |
| Scott Lathrop | Soar Technology, Inc. | 20 | Trustworthy Autonomy | slides |
| Daniel Lugo | Air Force Institute of Technology | 15 | Development of agents to be used in military simulations | slides |
| Bob Marinier | Soar Technology, Inc. | 20 | Soar IDE 2.0 | slides |
| Aaron Mininger | University of Michigan | 20 | Interactively Learning Strategies for Handling References to Unseen or Unknown Objects | slides |
| Aaron Mininger | University of Michigan | 15 | Extending Rosie to a Mobile Robot | slides |
| Aaron Mininger | University of Michigan | 15 | SVS Discussion | slides |
| Denise Nicholson | Soar Technology, Inc. | 20 | Use of SOAR for Modeling Cyber Operations | slides |
| Andrew Nuxoll | University of Portland | 20 | Learning from Bare Bones with Episodic Memory | slides |
| Preeti Ramaraj | University of Michigan | 5 | Understanding agent knowledge through conversation | slides |
| Bryan Stearns | University of Michigan | 15 | Modeling Primitive Skill Elements in Soar | slides |
| John Sustersic | Penn State University | 20 | Multi-Agent Architecture for Natural and Trusted Autonomy (MANTA) | slides missing |
| Michael van Lent | Soar Technology, Inc. | 15 | SoarTech Update | slides |
| Alex Yahja | University of Illinois at Urbana-Champaign | 15 | Soaring Network Reticulation | slides |