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1- Single Neuron Model
1- Single Neuron Model

... 2- A learning sample is presented at the input, which will cause arbitrary outputs to be peaked. Sigmoid nonlinearities are used to find the output of each node. 3- Topmost layer’s weights are changed to force the outputs to desired values. 4- Moving down the layers, each layers weights are updated ...
Solved Problems - McMaster University > ECE
Solved Problems - McMaster University > ECE

... With the controller designed above, compute the steady state value for every signal in the loop. Solutions to Solved Problem 5.8 Solved Problem 5.9. In a feedback control loop for a stable plant, with reference r(t) = Ro cos(4t), the controller is designed to achieve a nominal complementary sensitiv ...
Paul Scherrer Institut
Paul Scherrer Institut

... -> min. gain: -20dB ...
A Behavior Analytic Paradigm for Adaptive Autonomous Agents
A Behavior Analytic Paradigm for Adaptive Autonomous Agents

... A major innovation of the 7GT system is its capacity to learn verbal as well as nonverbal behavior, which vastly extends the effectiveness of traditional reinforcement learning and behavior-based approaches. By seamlessly incorporating verbal behavior (language) into the set of available responses w ...
Back Propagation Weight Update Rule
Back Propagation Weight Update Rule

... The dashed line represents a neuron B, which can be either a hidden or the output neuron. The outputs of n neurons (O 1 ...O n ) in the preceding layer provide the inputs to neuron B. If neuron B is in the hidden layer then this is simply the input vector. These outputs are multiplied by the respect ...
Research priorities for robust and beneficial artificial intelligence
Research priorities for robust and beneficial artificial intelligence

... systems is that the correctness of traditional software is defined with respect to a fixed and known machine model, whereas AI systems—especially robots and other embodied systems—operate in environments that are at best partially known by the system designer. In these cases, it may be practical to ...
Simulation de comportements appliquée aux jeux vidéos
Simulation de comportements appliquée aux jeux vidéos

... foremost. Secondly, it is a set of C++ functions (library) whose objective is to provide the services needed for programming sophisticated behaviors. In GAIA, each behavior is represented by an interactive agent society. Each agent is responsible for a minuscule portion of the character’s overall be ...
14.10 Insight 775 Gilbert
14.10 Insight 775 Gilbert

... case of contrast discrimination. Adini et al.7 assume that perceptual learning is mediated by an increase in contrast sensitivity. This, in turn, results from stimulus-evoked modifications to recurrent connections in the local network in the primary visual cortex. The model assumes that contrast dis ...
Slide 1
Slide 1

... was involved in a variety of projects that applied his system, some of which gave him notoriety. ...
Predictive Control Algorithms Verification on the Laboratory Helicopter Model
Predictive Control Algorithms Verification on the Laboratory Helicopter Model

... modifications of basic predictive control principle have been created. Some of them, and other important issues like stability are mentioned in [3] or [4]. In this paper, we are engaged in a theoretical derivation of some predictive control methods based on the linear model of controlled system, and ...
Cognitive Systems: Insights, Examples, Systems — Report
Cognitive Systems: Insights, Examples, Systems — Report

H2 Optimal Cooperation of Homogeneous Agents Subject to Delyed
H2 Optimal Cooperation of Homogeneous Agents Subject to Delyed

... exchange information with a limited subset of other agents. See (Šiljak, 1978; Mesbahi and Egerstedt, 2010; Yüksel and Başar, 2013) and references therein. This type of control structure is often well suited if it reflects the physical interaction pattern of the agents (Bamieh et al., 2002). Howe ...
Intro_NN
Intro_NN

... Artificial Neural Networks • Neural networks are composed of: – Layers of nodes (artificial neurons) – Weights connecting the layers of nodes ...
Cognitive Science: The Newest Science of the Artificial
Cognitive Science: The Newest Science of the Artificial

... will not undertake to defend it in detail here (although I firmly believe it to be true and amply confirmed by evidence).? In the case of computers, we have apparent counterexamples in such systems as ILLIAC-IV, but the difficulties of programming such parallel computers for all but very special tas ...
Reinforcement Learning Reinforcement Learning General Problem
Reinforcement Learning Reinforcement Learning General Problem

PDF
PDF

Do Stimuli Elicit Behavior?—A Study in the Logical Foundations of
Do Stimuli Elicit Behavior?—A Study in the Logical Foundations of

... true so far as it goes. Whenever it is the case that a given bit of behavior is elicited3 or predisposed by the occurrence of the stimulus, it is harmless to speak as though the stimulus were itself the elicitor. What I am concerned about is something quite different from, and much more serious tha ...
PDF
PDF

... execution is then proportional to this value. In addition to controlling estimation, uncertainty about an action’s value might, in principle, influence choice directly, as by promoting exploration to seek undiscovered rewards. In general, both controllers are uncertain about the values because they ...
Operant Conditioning
Operant Conditioning

... required varies from one time to the next - Fixed-Interval Schedule: reinforces the first response after a fixed time has elapsed - Variable-Interval Schedule: the time at which reinforcement becomes available changes ...
Neural Nets
Neural Nets

... to small input signals. If the neuron is sensitive to large input signals, small signals are ignored as noise. For example: the NN reaches convergence when weights change within the magnitude of the noise: Δwij <= noise Or, weights oscillate between two or more states. If a NN learns from too many i ...
the exponential logarithm function as an algorithm for
the exponential logarithm function as an algorithm for

... Using the Exponential Logarithm Function Because some variables affect sales in a positive manner and some in an inverse manner, we must actually use two functions. The F-value of the multiplicative equation acts as the upper limit of the function. This upper limit, which can be changed by the simul ...
A Hierarchy of Reactive Behaviors Handles Complexity
A Hierarchy of Reactive Behaviors Handles Complexity

... elementary behavior in the lower level is divided into two modules: the activation dynamics which at every time step determines whether or not the behavior tries to influence actuators, and the target dynamics, that describes strength and direction of that influence. Complex behaviors in the higher ...
Research Article Impact Factor: 4.226 ISSN: 2319-507X
Research Article Impact Factor: 4.226 ISSN: 2319-507X

... Traditional frequency domain methods for design of controllers for power converters are based on small signal model of the converter. The small signal model of the converter has restricted validity and changes due to changes in operating point. Also the models are not sufficient to represent systems ...
PDF
PDF

... planning (i.e., choosing a policy) and execution. Ideally, the agent would compute the optimal value function for its model of the environment each time the model changes. This scheme is unrealistic since finding the optimal policy for a given model is computationally non-trivial. Fortunately, we ca ...
lecture 11
lecture 11

... independent of the subject’s behavior, the subject develops a state of learned helplessness which is manifest in 2 ways: - there is a motivations loss indicated by a decline in performance and heightened level of passivity - the subject has a generalized expectation that reinforcers will continue to ...
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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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