A model for two-choice discrimination based on a process of simple counting is described, and two experiments are performed to test the predictions of the model concerning the graph of latency as a function of response proportion. Two main forms of this graph are identified and predicted to arise in different circumstances. The experimental results support the model, and its possible extension to other psychophysical situations, especially signal detection, are then discussed. It is compared with a model derived directly from the detection situation, and the usefulness of testing these models is pointed out
Research on group differences in response latency often has as its goal the detection of Group X Tre...
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...
Despite the importance of both response probability and response time for testing models of choice t...
Describes 2 contrasting models for response latency in the yes-no signal detection situation and out...
A model for response latency in recognition memory is described which is a strength model incorporat...
Two detection cum latency models are constructed by combining sets of plausible assumptions about la...
Two neural models for response latency in auditory signal detection are considered: the Timing model...
Two models are described for the case of auditory detection with response time deadlines. These are ...
Additional theoretical and experimental results are presented for a choice reaction time performance...
Three models to account for discrimination times are examined : one being derived from information-t...
Trials in a temporal two-interval forced-choice discrimination experiment consist of two sequential ...
Many investigators are currently developing models to predict human performance in detecting a signa...
The effects of variations in signal probability and varying degrees of correct feedback on response ...
Starting from an explicit scoring rule for time limit tasks incorporating both response time and acc...
Signal Detection Theory is the standard method used in psychophysics to estimate person ability in m...
Research on group differences in response latency often has as its goal the detection of Group X Tre...
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...
Despite the importance of both response probability and response time for testing models of choice t...
Describes 2 contrasting models for response latency in the yes-no signal detection situation and out...
A model for response latency in recognition memory is described which is a strength model incorporat...
Two detection cum latency models are constructed by combining sets of plausible assumptions about la...
Two neural models for response latency in auditory signal detection are considered: the Timing model...
Two models are described for the case of auditory detection with response time deadlines. These are ...
Additional theoretical and experimental results are presented for a choice reaction time performance...
Three models to account for discrimination times are examined : one being derived from information-t...
Trials in a temporal two-interval forced-choice discrimination experiment consist of two sequential ...
Many investigators are currently developing models to predict human performance in detecting a signa...
The effects of variations in signal probability and varying degrees of correct feedback on response ...
Starting from an explicit scoring rule for time limit tasks incorporating both response time and acc...
Signal Detection Theory is the standard method used in psychophysics to estimate person ability in m...
Research on group differences in response latency often has as its goal the detection of Group X Tre...
We investigate the relation between speed and accuracy within problem solving in its simplest non-tr...
Despite the importance of both response probability and response time for testing models of choice t...