Results 221 to 230 of about 349,476 (265)
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Modeling drivers of organizational change
Kybernetes, 2010PurposeIt is the purpose of this paper to analyze drivers of organizational change as well as their inhibitors with a particular focus on the influence of management and the environment.Design/methodology/approachThe question will be addressed with the help of the case study of the New York Stock Exchange's (NYSE) move towards electronic trading.
Peter M. Milling, Nicole S. Zimmermann
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Integrated Modeling for Safe Transportation - Driver modeling and driver experiments [PDF]
, 2008 The project IMoST addresses the problem of capturing the behavior of a car driver in an executable model enabling design-time predictions of the interplay between driver, assistance system and car in realistic traffic scenarios. To this end, a generic cognitive model is instantiated and extended based on data gathered in targeted simulator experiments.
Baumann, Martin +11 more
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Modeling drivers’ speech under stress
Speech Communication, 2003Summary: We explore the use of features derived from multiresolution analysis of speech and the Teager energy operator for classification of drivers' speech under stressed conditions. We apply this set of features to a database of short speech utterances to create user-dependent discriminants of four stress categories.
Raul Fernandez, Rosalind W. Picard
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A Driver Model Based on Emotion
2017In this paper, according to the problem that existing driver model can’t reflect some situations in actual driving, a driver model which considers the factors such as driver’s emotion, personality and road condition is built, the emotion model is introduced when the driver is in the process of traffic jams, car following, overtaking, lane changing ...
Qiong Xiao, Changzhen Hu, Gangyi Ding
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A sensorimotor driver model for steering control
2009 IEEE International Conference on Systems, Man and Cybernetics, 2009The work described in this paper is part of a larger research program named Partage whose goal is to appropriately share lateral control between the driver and an electronic copilot or assistance. The present study is looking for a cybernetic model of a driver steering road vehicle, which makes the sensorimotor dynamics explicit.
Sentouh, Chouki +3 more
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A Mathematical Model of Driver Alertness
Ergonomics, 1972A TEN PARAMETER MODEL IS DEVELOPED, RELATING TO THE EXPERIENCES OF A SINGLE DRIVER IN COMPLEX TRAFFIC. IT IS POSTULATED THAT THE DRIVER OBSERVES THE DANGER AT TIME IMPERFECTLY, AND THAT HIS INSTANTS OF OBSERVATION FORM A NON-HOMOGENEOUS POISSON PROCESS. THE MEAN VALUE OF THE PROCESS IS FUNCTIONALLY DEPENDENT ON THE MOST RECENT OBSERVED VALUE.
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Computers & Structures, 2008
The best race driver is the one that, with a given vehicle, is able to drive on a given track in the shortest possible time. Thus, the only target is the lap time. A race driver model has to do the same. The first step towards this target is to decide which trajectory to follow.
BRAGHIN, FRANCESCO +3 more
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The best race driver is the one that, with a given vehicle, is able to drive on a given track in the shortest possible time. Thus, the only target is the lap time. A race driver model has to do the same. The first step towards this target is to decide which trajectory to follow.
BRAGHIN, FRANCESCO +3 more
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Modeling Driver Behavior in a Cognitive Architecture
Human Factors: The Journal of the Human Factors and Ergonomics Society, 2006Objective: This paper explores the development of a rigorous computational model of driver behavior in a cognitive architecture--a computational framework with underlying psychological theories that incorporate basic properties and limitations of the human system.
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Proceedings of Conference on Intelligent Transportation Systems, 2002
This paper presents a hierarchical driver model, outlines the architecture and designs some control subsystems. The driver model includes four layers: decision-making, task planning, maneuver and action. This paper focuses on the design of the task planning layer.
B. Cheng, T. Fujioka
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This paper presents a hierarchical driver model, outlines the architecture and designs some control subsystems. The driver model includes four layers: decision-making, task planning, maneuver and action. This paper focuses on the design of the task planning layer.
B. Cheng, T. Fujioka
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2014 UKACC International Conference on Control (CONTROL), 2014
© 2014 IEEE. Increasingly accurate vehicle simulations are required by automotive manufacturers and researchers in order to develop new ideas while minimising the use of costly prototype vehicles. The development in vehicle simulations has been the focus of much research; however the progress of driver modelling development for use in these simulations
Thomas Levermore +2 more
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© 2014 IEEE. Increasingly accurate vehicle simulations are required by automotive manufacturers and researchers in order to develop new ideas while minimising the use of costly prototype vehicles. The development in vehicle simulations has been the focus of much research; however the progress of driver modelling development for use in these simulations
Thomas Levermore +2 more
openaire +1 more source