I am a cognitive psychologist interested in stimulus response compatibility and other experimental paradigms, and theories that elucidate how the perception of similarity affects cognitive processes.
Publisher Summary In the chapter, set-level compatibility is treated as being equivalent to dimen... more Publisher Summary In the chapter, set-level compatibility is treated as being equivalent to dimensional overlap. The principal issue addressed is whether set-level compatibility behaves like, and should be treated as, a single unitary concept, or whether it behaves more like a many-faceted concept and should be treated as such. The results of a series of experiments are summarized in the chapter that demonstrate that by varying set-level compatibility in different ways, different patterns of interactions are obtained. Set-level compatibility is probably not a unitary concept. The chapter discusses whether dimensional overlap is a unitary concept, a reasonable reaction time (RT)-based index of the degree of dimensional overlap (DO), the way by which the DO model or any other model deal with the effects of stimulus–response (S–R) mapping with non-overlapping S–R ensembles.
... ly future advances make this major undertaking at once an encyclopedic handbook, memoir, mono... more ... ly future advances make this major undertaking at once an encyclopedic handbook, memoir, monograph ... Department of Experimental Psychology, University of Oxford, South Parks Road,Oxford OXI 3UD ... Irvine, CA 92717, USA Larry R. Squire Department of Psychiatry (116), VA ...
Part 1 Association Lecture: 1. Learning and Connectionist Representations David E. Rumelhart and ... more Part 1 Association Lecture: 1. Learning and Connectionist Representations David E. Rumelhart and Peter M. Todd. Part 2 Visual Information Processing: 2. Visual Information Processing: A Perspective Michael H. Van Kieeck and Stephm M. Kasslyn 3. Colour Constancy and Colour Perception - The Linear-Models Framework Lawrence T. Maloney 4. The Visual Recognition of Three-dimensional Objects Shimon Ullman 5. Five Hunches about Perceptual Processes and Dynamic Representations Jennifer J. Freyd 6. Perceiving an Integrated Visual World David E. Irwin 7. Interactions between Object and Space Systems Revealed through Neuropsychology Glyn W. Humphreys and M. Jane Riddoch 8. Representing Visual Objects Anne Treisman. Part 3 Attention: 9. Attention and Control, Have We Been Asking the Wrong Questions? A Critical Review of Twenty-Five Years Alan Allport 10 . Electrocortical Substrates of Visual Selective Attention George R. Mangun, Steven A. Hillyard, and Steven J.Luck 11. Dual-task Interference a...
This chapter contains sections titled: Introduction, Method, Results And Discussion, Summary And ... more This chapter contains sections titled: Introduction, Method, Results And Discussion, Summary And Conclusions, Acknowledgments, References
This chapter contains sections titled: Constraints And Flexibility, The Global Cost-Minimization ... more This chapter contains sections titled: Constraints And Flexibility, The Global Cost-Minimization Approach, The Hardware-To-Behavior Mapping, The Functional Approach, Note, References
It is in its passage from the source of sensory input ot the motor output that the initial sensor... more It is in its passage from the source of sensory input ot the motor output that the initial sensory influx evoked by a cue for movement becomes transformed into the motor activity expressed at the level of the muscles. Our aim has been to follow this neuronal activity and describe the transformation mechanism along a sequence of cortical structures. Using descriptive and novel quantitative methods of data analysis we have attempted to characterize the functional properties of the different neuronal populations encountered and to formalize the results into a simple model
Publisher Summary In the chapter, set-level compatibility is treated as being equivalent to dimen... more Publisher Summary In the chapter, set-level compatibility is treated as being equivalent to dimensional overlap. The principal issue addressed is whether set-level compatibility behaves like, and should be treated as, a single unitary concept, or whether it behaves more like a many-faceted concept and should be treated as such. The results of a series of experiments are summarized in the chapter that demonstrate that by varying set-level compatibility in different ways, different patterns of interactions are obtained. Set-level compatibility is probably not a unitary concept. The chapter discusses whether dimensional overlap is a unitary concept, a reasonable reaction time (RT)-based index of the degree of dimensional overlap (DO), the way by which the DO model or any other model deal with the effects of stimulus–response (S–R) mapping with non-overlapping S–R ensembles.
Stimulus-Response Coding is treated in the framework of compatibility. A taxonomy is presented ba... more Stimulus-Response Coding is treated in the framework of compatibility. A taxonomy is presented based on the dimensional overlap model (Kornblum, Hasbroucq, and Osman, 1990) that includes four different types of S-R ensembles. Some of the literature on human performance with each type of ensemble is reviewed, and new data are presented.
Publisher Summary In the chapter, set-level compatibility is treated as being equivalent to dimen... more Publisher Summary In the chapter, set-level compatibility is treated as being equivalent to dimensional overlap. The principal issue addressed is whether set-level compatibility behaves like, and should be treated as, a single unitary concept, or whether it behaves more like a many-faceted concept and should be treated as such. The results of a series of experiments are summarized in the chapter that demonstrate that by varying set-level compatibility in different ways, different patterns of interactions are obtained. Set-level compatibility is probably not a unitary concept. The chapter discusses whether dimensional overlap is a unitary concept, a reasonable reaction time (RT)-based index of the degree of dimensional overlap (DO), the way by which the DO model or any other model deal with the effects of stimulus–response (S–R) mapping with non-overlapping S–R ensembles.
... ly future advances make this major undertaking at once an encyclopedic handbook, memoir, mono... more ... ly future advances make this major undertaking at once an encyclopedic handbook, memoir, monograph ... Department of Experimental Psychology, University of Oxford, South Parks Road,Oxford OXI 3UD ... Irvine, CA 92717, USA Larry R. Squire Department of Psychiatry (116), VA ...
Part 1 Association Lecture: 1. Learning and Connectionist Representations David E. Rumelhart and ... more Part 1 Association Lecture: 1. Learning and Connectionist Representations David E. Rumelhart and Peter M. Todd. Part 2 Visual Information Processing: 2. Visual Information Processing: A Perspective Michael H. Van Kieeck and Stephm M. Kasslyn 3. Colour Constancy and Colour Perception - The Linear-Models Framework Lawrence T. Maloney 4. The Visual Recognition of Three-dimensional Objects Shimon Ullman 5. Five Hunches about Perceptual Processes and Dynamic Representations Jennifer J. Freyd 6. Perceiving an Integrated Visual World David E. Irwin 7. Interactions between Object and Space Systems Revealed through Neuropsychology Glyn W. Humphreys and M. Jane Riddoch 8. Representing Visual Objects Anne Treisman. Part 3 Attention: 9. Attention and Control, Have We Been Asking the Wrong Questions? A Critical Review of Twenty-Five Years Alan Allport 10 . Electrocortical Substrates of Visual Selective Attention George R. Mangun, Steven A. Hillyard, and Steven J.Luck 11. Dual-task Interference a...
This chapter contains sections titled: Introduction, Method, Results And Discussion, Summary And ... more This chapter contains sections titled: Introduction, Method, Results And Discussion, Summary And Conclusions, Acknowledgments, References
This chapter contains sections titled: Constraints And Flexibility, The Global Cost-Minimization ... more This chapter contains sections titled: Constraints And Flexibility, The Global Cost-Minimization Approach, The Hardware-To-Behavior Mapping, The Functional Approach, Note, References
It is in its passage from the source of sensory input ot the motor output that the initial sensor... more It is in its passage from the source of sensory input ot the motor output that the initial sensory influx evoked by a cue for movement becomes transformed into the motor activity expressed at the level of the muscles. Our aim has been to follow this neuronal activity and describe the transformation mechanism along a sequence of cortical structures. Using descriptive and novel quantitative methods of data analysis we have attempted to characterize the functional properties of the different neuronal populations encountered and to formalize the results into a simple model
Publisher Summary In the chapter, set-level compatibility is treated as being equivalent to dimen... more Publisher Summary In the chapter, set-level compatibility is treated as being equivalent to dimensional overlap. The principal issue addressed is whether set-level compatibility behaves like, and should be treated as, a single unitary concept, or whether it behaves more like a many-faceted concept and should be treated as such. The results of a series of experiments are summarized in the chapter that demonstrate that by varying set-level compatibility in different ways, different patterns of interactions are obtained. Set-level compatibility is probably not a unitary concept. The chapter discusses whether dimensional overlap is a unitary concept, a reasonable reaction time (RT)-based index of the degree of dimensional overlap (DO), the way by which the DO model or any other model deal with the effects of stimulus–response (S–R) mapping with non-overlapping S–R ensembles.
Stimulus-Response Coding is treated in the framework of compatibility. A taxonomy is presented ba... more Stimulus-Response Coding is treated in the framework of compatibility. A taxonomy is presented based on the dimensional overlap model (Kornblum, Hasbroucq, and Osman, 1990) that includes four different types of S-R ensembles. Some of the literature on human performance with each type of ensemble is reviewed, and new data are presented.
Uploads