@inproceedings{Wor2011,
Author = {Wortelen, Bertram and Lüdtke, Andreas},
Title = {Less Driving While Driving? - An Approach for the Estimation of Effects of Future Vehicle Automation Systems on Driver Behavior},

Year = {2011},
Pages = {523-532},
Month = {07},
Editor = {Vincent G. Duffy},
Publisher = {Springer},
Series = {LNCS},
Isbn = {3642217982, 9783642217982},
Booktitle = {Digital Human Modeling},
type = {inproceedings},
note = {We present a concept for the automatic estimation of the effect of newly introduced in-vehicle systems on driver’s gaze behavior by means of executable cognitive driver models. Structure and properties of the complete system are shown. Particular attentio},
Abstract = {We present a concept for the automatic estimation of the effect of newly introduced in-vehicle systems on driver’s gaze behavior by means of executable cognitive driver models. Structure and properties of the complete system are shown. Particular attention is paid to the underlying model of visual attention which is integrated in the cognitive architecture CASCaS. Different alternatives for the operationalization of human expectancy as one influencing factor of visual attention are presented and discussed. Principal applicability of the model is demonstrated on a laboratory four-instrument visual scanning task. First results are briefly discussed. Future steps are outlined.}
}
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