نتایج جستجو برای: stop and go traffic

تعداد نتایج: 16853803  

Journal: :Archives of Civil and Mechanical Engineering 2020

2014
Lin Guo Michael R. Frost John T. Siegwart Thomas T. Norton

PURPOSE During postnatal refractive development, the sclera receives retinally generated signals that regulate its biochemical properties. Hyperopic refractive error causes the retina to produce "GO" signals that, through the direct emmetropization pathway, cause scleral remodeling that increases the axial elongation rate of the eye, reducing the hyperopia. Myopia causes the retina to generate ...

Journal: :Journal of abnormal child psychology 2008
R Matt Alderson Mark D Rapport Dustin E Sarver Michael J Kofler

The current study investigates two recently identified threats to the construct validity of behavioral inhibition as a core deficit of attention-deficit/hyperactivity disorder (ADHD) based on the stop-signal task: calculation of mean reaction time from go-trials presented adjacent to intermittent stop-trials, and non-reporting of the stop-signal delay metric. Children with ADHD (n = 12) and typ...

Journal: :Perception & psychophysics 2003
Jale Ozyurt Hans Colonius Petra A Arndt

In a stop signal paradigm, subjects were instructed to make a saccade to a visual target appearing left or right of the fixation point. In 25% of the trials, an auditory stop signal was presented after a variable delay that required the subject to inhibit the saccade. Observed saccadic response times in stop failure trials were longer than predicted by Logan and Cowan's (1984) race model. Sacca...

Journal: :Ocean Engineering 2023

With the growth of traffic on inland waterways, autonomous driving technologies for vessels will gain increasing significance to ensure flow and safety. Inspired by car-following models road traffic, which demonstrated their strength reduce stop-and-go waves increase efficiency safety, we propose a vessel-following model waterways based deep reinforcement learning (RL). Our is trained under con...

Journal: :Physical review letters 2013
Daniel Svenšek Harald Pleiner Helmut R Brand

We set up a macroscopic model of bacterial growth and transport based on a dynamic preferred direction-the collective velocity of the bacteria. This collective velocity is subject to the isotropic-nematic transition modeling the density-controlled transformation between immotile and motile bacterial states. The choice of the dynamic preferred direction introduces a distinctive coupling of orien...

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