Results 21 to 30 of about 456,624 (265)

Association between Reaction Times in the Joint Simon Task and Personality Traits

Brain Sciences, 2023
Joint go and no-go effects (joint Simon effects; JSEs) are considered to have a stimulus–response compatibility effect on joint reaction time tasks (joint Simon task) caused by the presence of other people.
Shun Irie, Atsumichi Tachibana, Akiko Matsuo   +2 more
doaj   +1 more source

Saccadic eye movements do not trigger a joint Simon effect [PDF]

Psychonomic Bulletin & Review, 2019
Although the joint Simon task (JST) has been investigated for more than a decade, its cause is still unclear. According to ideomotor views of action control, action effects are a commonly cited explanation. However, action effects are usually confounded with the actions producing such effects.
Roman, Liepelt, Emanuele, Porcu, Anna, Stenzel, Markus, Lappe   +3 more
openaire   +2 more sources

When a Social Experimenter Overwrites Effects of Salient Objects in an Individual Go/No-Go Simon Task – An ERP Study

Frontiers in Psychology, 2018
When two persons share a Simon task, a joint Simon effect occurs. The task co-representation account assumes that the joint Simon effect is the product of a vicarious representation of the co-actor’s task.
René Michel, Jens Bölte, Roman Liepelt, Roman Liepelt   +3 more
doaj   +1 more source

Sharing tasks or sharing actions? Evidence from the joint Simon task. [PDF]

, 2016
In a joint Simon task, a pair of co-acting individuals divide labors of performing a choice-reaction task in such a way that each actor responds to one type of stimuli and ignores the other type that is assigned to the co-actor.
B Hommel, B Hommel, B Hommel, B Hommel, B Hommel, B Stürmer, Bernhard Hommel, C-H Lu, G Knoblich, G Knoblich, Helen J. Wall, K Dittrich, M Yamaguchi, M Yamaguchi, MM Botvinick, Motonori Yamaguchi, N Sebanz, N Sebanz, N Sebanz, O Entel, P Wühr, R Liepelt, R Liepelt, RW Proctor, T Dolk, WL Bedwell   +25 more
core   +3 more sources

The influence of the Japanese waving cat on the joint spatial compatibility effect: A replication and extension of Dolk, Hommel, Prinz, and Liepelt (2013).

PLoS ONE, 2017
In a joint go/no-go Simon task, each of two participants is to respond to one of two non-spatial stimulus features by means of a spatially lateralized response.
Lydia Puffe, Kerstin Dittrich, Karl Christoph Klauer   +2 more
doaj   +1 more source

Contact Pressure Distribution in Joints Formed by V-Band Clamps [PDF]

, 2014
V-band clamps offer an efficient clamping solution in diverse applications including process equipment, exhaust systems and air handling. This paper studies the distribution of interface contact pressure between the V-band and flange when the coupling ...
Barrans, Simon, Khodabakhshi, G., Xu, Qiang   +2 more
core   +1 more source

Group membership affects spontaneous mental representation: failure to represent the out-group in a joint action task. [PDF]

PLoS ONE, 2013
Predicting others' actions is crucial to successful social interaction. Previous research on joint action, based on a reaction-time paradigm called the Joint Simon Task, suggests that successful joint action stems from the simultaneous representation of ...
Jennifer Susan McClung, Ines Jentzsch, Stephen David Reicher   +2 more
doaj   +1 more source

THE ROLE OF INTERDEPENDENCE IN THE MICRO-FOUNDATIONS OF ORGANIZATION DESIGN: TASK, GOAL, AND KNOWLEDGE INTERDEPENDENCE [PDF]

, 2020
Interdependence is a core concept in organization design, yet one that has remained consistently understudied. Current notions of interdependence remain rooted in seminal works, produced at a time when managers’ near-perfect understanding of the task at ...
Adler P. S., Adner R., Aggarwal V. A., Alge B. J., Alper S., Alvesson M., Argote L., Argote L., Ashforth B., Baldwin C., Baldwin C., Baldwin C., Barley S. R., Barnard C. I., Baron J. N., Bartel C. A., Barua A., Bates F. L., Beersma B., Bell N. E., Berg J. M., Biddle B. J., Biddle B. J., Birkinshaw J., Blau P., Brown S. L., Buenger V., Bunderson S. J., Burns T. E., Burton R. M., Camerer C., Campagnolo D., Campion M. A., Campion M. A., Campion M. A., Capon N., Carlile P. R., Carlile P. R., Carton A. M., Child J., Cleavenger D., Clement J., Cohen L. E., Colfer L. J., Crant M. J., Cyert R. M., Daft R. L., Dailey R. C., Davis J. P., Davis L. E., Deutsch M., Dobrev S. D., Donaldson L., Dosi G., Ebaugh H., Emerson R. M., Ethiraj S. K., Fjeldstad Ø. D., Fondas N., Foss N. J., Freidson E., Fuller J., Galbraith J. R., Galbraith J. R., Garzarelli G., Gavetti G., Gladstein D. L., Goldman M., Gouldner A. W., Grant A. M., Gray J. V., Greer L. L., Grossman S., Gulati R., Gulati R., Gulati R., Gulati R., Gulati R., Gulati R., Gulati R., Gulick L., Gully S. M., Guzzo R. A., Hackman J. R., Hackman J. R., Harrison D. A., Hatch M., Hertel G., Hollingshead A. B., Hollingshead A. B., Holmstrom B., Ilgen D. R., Jacobides M. G., Janz B. D., Jehn K. A., Jehn K. A., Johnson D. W., Joseph J., Karim S., Katz D., Kauffman S. A., Kelley H. H., Ketkar H., Kiggundu M. N., Kleinbaum A. M., Kogut B., Kozlowski S. W. J., Krackhardt D., Laffont J. J., Lawrence P. R., Leonard-Barton D., Leonard-Barton D., Levinthal D. A., Levinthal D. A., Levitt R. E., Liang D., Liden R. C., Locke E. A., Luciana Silvestri, March J. G., Marlo Raveendran, Mathieu J., Merton R. K., Milgrom P. R., Milgrom P. R., Miller L. K., Miner A. S., Mintzberg H., Mitchell T. R., Mooney J. D., Morgeson F. P., Murnighan K. J., Nadler D. A., Nickerson J. A., Nonaka I., Okhuysen G. A., Oldham G. R., Orlikowski W. J., Parker S. K., Parnas D., Parnas D., Pennings J. M., Perrow C., Perrow C., Pfeffer J., Pfeffer J., Puranam P., Puranam P., Puranam P., Rahmandad H., Ranjay Gulati, Raveendran M., Raveendran M., Raveendran M., Rivkin J. W., Roethlisberger F. J., Rosenbaum M. E., Saavedra R., Sanchez R., Scott W. R., Shaw J. D., Shiflett S. C., Silvestri L., Simon H. A., Simon H. A., Simons R., Smith A., Sorenson O., Sosa M. E., Starbuck W. H., Stark D., Strauss A., Swaab R. I., Thibaut J., Thomas E. J., Thompson J. D., Tjosvold D., Trist E., Tsoukas H., Turner A. N., Tushman M., Valentine M. A., Van de Ven A. H., Van der Vegt G., Van der Vegt G., Von Hippel E., von Neumann J., Wageman R., Wageman R., Wageman R., Wageman R., Weber M., Wegner D. M., Weick K. E., Weick K. E., Weick K. E., Wong C., Woodward J., Zajac S.   +198 more
core   +1 more source

Dynamic structure of joint-action stimulus-response activity. [PDF]

PLoS ONE, 2014
The mere presence of a co-actor can influence an individual's response behavior. For instance, a social Simon effect has been observed when two individuals perform a Go/No-Go response to one of two stimuli in the presence of each other, but not when they
MaryLauren Malone, Ramon D Castillo, Heidi Kloos, John G Holden, Michael J Richardson   +4 more
doaj   +1 more source

Community structure in industrial SAT instances [PDF]

, 2019
Modern SAT solvers have experienced a remarkable progress on solving industrial instances. It is believed that most of these successful techniques exploit the underlying structure of industrial instances.
Ansótegui Gil, Carlos, Bonet Carbonell, M. Luisa, Giráldez Crú, Jesús, Levy Díaz, Jordi, Simon, Laurent   +4 more
core   +1 more source