Elliot A. Ludvig, Richard S. Sutton, Eric Verbeek, E. James Kehoe
computational model of hippocampal function in
Elliot A. Ludvig, Richard S. Sutton, E. James Kehoe
The phasic firing of dopamine neurons has been theorized to encode a reward-prediction error as formalized by the temporal-difference (TD) algorithm in reinforcement learning. Most TD models of...
Elliot A. Ludvig, Richard S. Sutton, Eric Verbeek, E. James Kehoe
computational model of hippocampal function in
E. James Kehoe, Joanne E. Dudeney, Elliot A. Ludvig, James Neufeld, R. S. Sutton
A trial-by-trial, subject-by-subject analysis was conducted to determine whether generation of the conditioned response (CR) occurs on a continuous or all-or-none basis. Three groups of rabbits were...
Decremental effects of context exposure following delay eyeblink conditioning in rabbits (2006)
Poulos, Andrew M, Pakaprot, Narawut, Mahdi, Benjamin, Kehoe, E James, Thompson, Richard F
The conditioning context arises from the relatively static features of the training environment. In rabbit eyeblink conditioning, procedures that retard acquisition (conditioned stimulus [CS]...
E. James Kehoe, Email Alerting, E. James Kehoe
Repeated acquisitions and extinctions in classical conditioning of
The rabbit nictitating membrane (NM) response underwent successive stages of acquisition and extinction training in both delay (Experiment 1) and trace (Experiment 2) classical conditioning. In both...
The rabbit nictitating membrane (NM) response underwent successive stages of acquisition and extinction training in both delay (Experiment 1) and trace (Experiment 2) classical conditioning. In both...
The rabbit nictitating membrane (NM) response underwent successive stages of acquisition and extinction training in both delay (Experiment 1) and trace (Experiment 2) classical conditioning. In both...
Kehoe, E. James, White, Natasha E.
Rabbits were given reinforced training of the nictitating membrane (NM) response using separate conditioned stimuli (CSs), which were a tone, light, and/or tactile vibration. Then, two CSs were...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Paradoxical effects of hedonic disparities in negative anticipatory contrast (2002)
Moss, Nathan D., Clarke, J. Christopher, Kehoe, E. James
Negative anticipatory contrast (NAC) occurs when the presentation of two solutions in sequence over a number of trials leads to the suppression in consumption of the first solution. A 'hedonic...
Thesis (M.A.)--University of Iowa.
Kehoe, E. James, White, Natasha E.
Rabbits were given reinforced training of the nictitating membrane (NM) response using separate conditioned stimuli (CSs), which were a tone, light, and/or tactile vibration. Then, two CSs were...
Connectionist models of conditioning: A tutorial
Models containing networks of neuron-like units have become increasingly prominent in the study of both cognitive psychology and artificial intelligence. This article describes the basic features of...
Kehoe, E. James, White, Natasha E.
Rabbits were given reinforced training of the nictitating membrane (NM) response using separate conditioned stimuli (CSs), which were a tone, light, and/or tactile vibration. Then, two CSs were...
Connectionist models of conditioning: A tutorial
Models containing networks of neuron-like units have become increasingly prominent in the study of both cognitive psychology and artificial intelligence. This article describes the basic features of...
The rabbit nictitating membrane (NM) response underwent successive stages of acquisition and extinction training in both delay (Experiment 1) and trace (Experiment 2) classical conditioning. In both...