Areas for the 2011 AAAI Conference

1. Artificial Intelligence and LispLecture 13Additional Topics in Artificial IntelligenceLiU Course TDDC65Autumn Semester, 2010http://www.ida.liu.se/ext/TDDC65/

2. Areas for the 2011 AAAI Conference Black = addressed in this course, Blue = natural continuation using similar methods, Red = uses other frame of reference (control engineering, probability theory, info science, (computational) linguistics, cognitive psychology) but in combination with KR • Agent-basedand multiagentsystems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration, and extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systemsProbabilistic Reasoning • Natural Language Processing Robotics • Planning and Scheduling Web and information systems

3. Areas for the 2011 AAAI Conference • Agent-basedand multiagentsystems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration, and extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systemsProbabilistic Reasoning • Natural Language Processing Robotics • Planning and Scheduling Web and information systems

4. Robotics Area • Agent-basedand multiagentsystems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration, and extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systemsProbabilistic Reasoning • Natural Language Processing Robotics • Planning and Scheduling Web and information systems

5. Human-Machine Interaction • Agent-basedand multiagentsystems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration, and extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systemsProbabilistic Reasoning • Natural Language Processing Robotics • Planning and Scheduling Web and information systems

6. Large Knowledgebases and their Use • Agent-based and multiagentsystems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration & extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systemsProbabilistic Reasoning • Natural Language Processing Robotics • Planning and SchedulingWeb and information systems

7. Search and Probabilistic Methods • Agent-basedand multiagentsystems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration, and extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systemsProbabilistic Reasoning • Natural Language Processing Robotics • Planning and Scheduling Web and information systems

8. Topics for Today's Overview • Agent-based and multiagent systems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration, and extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systems Probabilistic Reasoning • Natural Language Processing Robotics • Planning and Scheduling Web and information systems

9. Probabilistic Methods • Agent-basedand multiagentsystems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration, and extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systemsProbabilistic Reasoning • Natural Language Processing Robotics • Planning and Scheduling Web and information systems

10. Areas for the 2011 AAAI Conference • Agent-based and multiagentsystems • Cognitive modeling and human interaction • Commonsense reasoning • Computer vision • Constraint satisfaction, search, and optimization • Evolutionary computation • Game playing and interactive entertainment • Information retrieval, integration, and extraction • Knowledge acquisition and ontologies • Knowledge representation and reasoning • Machine learning and data mining • Model-based systemsProbabilistic Reasoning • Natural Language Processing Robotics • Planning and Scheduling Web and information systems