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Adding Consciousness to Cognitive Architectures
Adding Consciousness to Cognitive Architectures

... 11.12Grounding involves sensing, perception, grounding* and action 11.13Grounding and embodiment . . . . . . . . . . . . . . . . . . . 11.14Example of grounding and embodiment concepts in a mobile robotics application . . . . . . . . . . . . . . . . . . . . . . . . 11.15Representation of a hierarchy ...
Chapter Discussion Topics
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Why Heideggerian AI Failed and how Fixing it would Require
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... high-profile deserter from what was, indeed, becoming a degenerating research program. John Haugeland now refers to the symbolic AI of that period as Good Old Fashioned AI —GOFAI for short—and that name has been widely accepted as capturing its current status. Michael Wheeler argues explicitly that ...
Rich Text Format - (QRG), Northwestern University
Rich Text Format - (QRG), Northwestern University

... control knowledge can be learned through solving problems by identifying paths that lead to failure or success. Chunking (Laird, Rosenbloom and Newell, 1986), EBL (Dejong, 1986) and generating abstract plans (Knoblock, 1994) are strategies for automatically generating control knowledge through solvi ...
Hierarchical Constraint Satisfaction in Spatial Database
Hierarchical Constraint Satisfaction in Spatial Database

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context-based representation of intelligent behavior in training
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Lebeltel2000

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... Learning Given S, A, γ, and the facility to follow a trajectory by sampling from T and R, how can we find an optimal policy π ∗ ? Various classes of learning methods exist. We will consider a simple one called Q-learning, which is a temporal difference learning algorithm.  Let Q be our “guess” of ...
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Reconciling simplicity and likelihood principles in perceptual
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Reconciling Simplicity and Likelihood Principles in Perceptual
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... simplicity and consistency with the input to be jointly optimized? The theoretical account of simplicity presented below suggests how these questions may be answered. There is, however, a further, and more subtle difficulty: What rules out the simplest possible, "null," perceptual organization? This ...
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... 1.2 Timing the Balance between Exploration for Novel Rewards and Consummation of Expected Rewards The spectral timing model clarifies the following type of behavioral competence. Many goal objects may be delayed subsequent to the actions that elicit them, or the environmental events that signal thei ...
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... VEs also allow experimentation with complex embodied agents without all the problems of dry joints, sticking wheels and limited battery time that often frustrate researchers in robotics. With less effort required to develop basic control architectures – often adapted directly from robotics – it beco ...
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... representation” and “explicit representations and models of the world simply get in the way. It turns out to be better to use the world as its own model.” We conjecture that unification of symbolic and non-symbolic AI is conditioned on a reconciliation of the different views of representation, and w ...
Example 1. Insufficiency of the optimality conditions
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... found two solutions of this system that differed only in their signs. The question arises of whether this system has other solutions? It may seem that all possible situations have been analyzed. As follows from formula (1.4), the control may assume only two values depending on the sign of p. The con ...
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A Gentle Introduction to Soar, an Architecture for Human

... cognition. How can the expert contributions of all these fields be a problem? The problem arises not because of the regularities, but because of the theories. Each individual discipline really contributes what Newell called microtheories — small pieces of the big picture developed without the constr ...
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... them. It is a very tricky problem to control this kind of steerable robot. The path-planning problems have to be solved in real time. Of course, one is trying to solve a path-planning problem, as the ball is moving and the opponent is moving in order to get that ball; that is very tricky computation ...
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Perceptual control theory

Perceptual control theory (PCT) is a model of behavior based on the principles of negative feedback, but differing in important respects from engineering control theory. Results of PCT experiments have demonstrated that an organism controls neither its own behavior, nor external environmental variables, but rather its own perceptions of those variables. Actions are not controlled, they are varied so as to cancel the effects that unpredictable environmental disturbances would otherwise have on controlled perceptions. According to the standard catch-phrase of the field, ""behavior is the control of perception"". PCT demonstrates circular causation in a negative feedback loop closed through the environment. This fundamentally contradicts the classical notion of linear causation of behavior by stimuli, in which environmental stimuli are thought to cause behavioral responses, mediated (according to Cognitive Psychology) by intervening cognitive processes.Numerous computer simulations of specific behavioral situations demonstrate its efficacy, with extremely high correlations to observational data (0.95 or better), such as are routinely expected in physics and chemistry. While the adoption of PCT in the scientific community has not been widespread, it has been applied not only in experimental psychology and neuroscience, but also in sociology, linguistics, and a number of other fields, and has led to a method of psychotherapy called the Method of Levels.PCT has roots in insights of Claude Bernard and 20th century control systems engineering and cybernetics. It was originated as such, and given its present form and experimental methodology, by William T. Powers.
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