Mental Imagery
... governed by general-purpose cognitive processes? – When I “image” a tree, the same (or very similar) neurons/processes are activated as when I originally saw the tree – Representations used in imagery are not the same as those used in real perceptions. ...
... governed by general-purpose cognitive processes? – When I “image” a tree, the same (or very similar) neurons/processes are activated as when I originally saw the tree – Representations used in imagery are not the same as those used in real perceptions. ...
05powerpoint
... Represents possible steps toward solving the problem. • States are nodes. Operators that transform a state produce paths to other states. ...
... Represents possible steps toward solving the problem. • States are nodes. Operators that transform a state produce paths to other states. ...
AAAI10 PRosenbloom D - University of Southern California
... mixed variant of Soar 9 as a driving application. The result is a novel approach to integrated architectural diversity that effectively marries simplicity with broad functionality, as witnessed by an integrated implementation of four distinct long-term memories, one procedural (rules) and three decl ...
... mixed variant of Soar 9 as a driving application. The result is a novel approach to integrated architectural diversity that effectively marries simplicity with broad functionality, as witnessed by an integrated implementation of four distinct long-term memories, one procedural (rules) and three decl ...
Studying Emotion and Interaction between Autonomous Cognitive Agents
... Psi concepts and a toolkit to define agents based on the theory, conduct experiments and evaluate them. The toolkit is platform independent and consists of graphical editors for agents and their environments, a 3D viewer of the agent world, tools for performing evolutionary experiments, interfaces f ...
... Psi concepts and a toolkit to define agents based on the theory, conduct experiments and evaluate them. The toolkit is platform independent and consists of graphical editors for agents and their environments, a 3D viewer of the agent world, tools for performing evolutionary experiments, interfaces f ...
Constructions in the Brain - Washington and Lee University
... Language Isn’t (Just) Association: Jackendoff’s Four Challenges for Cognitive Neuroscience ...
... Language Isn’t (Just) Association: Jackendoff’s Four Challenges for Cognitive Neuroscience ...
META-LEVELS IN SOAR* Paul ROSENBLOOM John LAIRD Alien
... applied (operator subgoaling). Another approach is to decompose the problem of applying the operator into a set of simpler operator applications in a sub-problem-space. This is not a critical capability in simple puzzle and game tasks, where the operators are all quite simple. However, in more deman ...
... applied (operator subgoaling). Another approach is to decompose the problem of applying the operator into a set of simpler operator applications in a sub-problem-space. This is not a critical capability in simple puzzle and game tasks, where the operators are all quite simple. However, in more deman ...
Extending the Soar Cognitive Architecture
... Operator Evaluation. Rules create preferences for which of the proposed operators should be preferred, based on the current situation and goal. The preferences can be symbolic (A is better than B), or numeric (the estimated utility of A is .73). Operator Selection. A fixed decision procedure combine ...
... Operator Evaluation. Rules create preferences for which of the proposed operators should be preferred, based on the current situation and goal. The preferences can be symbolic (A is better than B), or numeric (the estimated utility of A is .73). Operator Selection. A fixed decision procedure combine ...
aaai-final ack - University of Southern California
... A cognitive architecture embodies a hypothesis concerning the fixed structures underlying intelligent behavior, whether in natural or artificial systems. One of their core applications is building lifelike characters, called virtual humans, capable of understanding and generating speech and natural ...
... A cognitive architecture embodies a hypothesis concerning the fixed structures underlying intelligent behavior, whether in natural or artificial systems. One of their core applications is building lifelike characters, called virtual humans, capable of understanding and generating speech and natural ...
Lecture 5 , Aug - Computer Science
... Successful human-computer interactions will require a brainlike computer doing cognitive computation. ...
... Successful human-computer interactions will require a brainlike computer doing cognitive computation. ...
AP Psychology Ch 7-8 – Cognition Workbook
... NOTE to STUDENTS: This packet overlaps into the next unit, but represents the content from “VII - Cognition” on the College Board’s outline for the AP Psychology Exam. VII. Cognition, 8–10% A. Memory, p. 208-239 B. Language, p. 262-270 C. Thinking, p. 240-253, 328 D. Problem Solving and Creativity, ...
... NOTE to STUDENTS: This packet overlaps into the next unit, but represents the content from “VII - Cognition” on the College Board’s outline for the AP Psychology Exam. VII. Cognition, 8–10% A. Memory, p. 208-239 B. Language, p. 262-270 C. Thinking, p. 240-253, 328 D. Problem Solving and Creativity, ...
Cognitive Architecture & Human-level AI
... is not deliberately cared for and controlled is incremental and real-time doesn’t interfere with reasoning impacts everything an agent does ...
... is not deliberately cared for and controlled is incremental and real-time doesn’t interfere with reasoning impacts everything an agent does ...
CHS-Soar - AGI conferences
... (demonstrating domain independent learning in Soar) The Second Conference on Artificial General Intelligence, AGI-09 ...
... (demonstrating domain independent learning in Soar) The Second Conference on Artificial General Intelligence, AGI-09 ...
The Future of Artificial Intelligence
... home robots, we can eliminate the drudgery of home maintenance much more than just automated vacuums. Therefore, Dr. John Laird and his team at the University of Michigan are trying to understand how the mind works from a computational perspective, having embarked on a long-term commitment to creati ...
... home robots, we can eliminate the drudgery of home maintenance much more than just automated vacuums. Therefore, Dr. John Laird and his team at the University of Michigan are trying to understand how the mind works from a computational perspective, having embarked on a long-term commitment to creati ...
Soar - Information Sciences Institute
... – System for building intelligent agents – Learning system ...
... – System for building intelligent agents – Learning system ...
Soar (cognitive architecture)
Soar is a cognitive architecture, created by John Laird, Allen Newell, and Paul Rosenbloom at Carnegie Mellon University, now maintained by John Laird's research group at the University of Michigan. It is both a view of what cognition is and an implementation of that view through a computer programming architecture for artificial intelligence (AI). Since its beginnings in 1983 and its presentation in a paper in 1987, it has been widely used by AI researchers to model different aspects of human behavior.