Objective Driver monitoring systems (DMS) are the next generation of vehicle safety
technology. Broadly, these refer to the embedded, aftermarket wearable or vehicle-mounted …

Amphetamine produces a multiplicity of well-documented end-order biochemical,
pharmacological and biobehavioural effects. Mechanistically, amphetamine downregulates …

Driving under the influence of alcohol is an ongoing cause of road traffic accidents. The
biphasic nature of alcohol effects on subjective experience appears to contribute to the …

Given there is no unifying theory or design guidance for workload transitions, this work
investigated how visual attention allocation patterns could inform both topics, by …

Background: Methamphetamine is frequently co-consumed with alcohol, yet combined
effects on visually guided behaviours have not been experimentally assessed. This study …

In this study, we provide a detailed analysis of entropy measures calculated for fixation eye
movement trajectories from the three different datasets. We employed six key metrics (Fuzzy …

Aims To examine the acute effects of alcohol on working memory (WM) updating, including
potential variation across the ascending limb (AL) and descending limb (DL) of the blood …

Informed by international research and crash data, Euro NCAP has developed a Test and
Assessment protocol to measure the performance of direct Driver State Monitoring (DSM) …

How seriously should we heed the advice against mixing prescription medicine with alcohol,
especially when driving? This thesis addresses that question by investigating the effects of …

Seeing Machines believes that camera-based driver monitoring systems (DMS) will become
the primary vehicle technology to detect driver intoxication.• There is an increasing global …