2015Unpublished venueRequires access

Research on Driving Distraction Based on Peripheral Detection Task

Haichao Zhang, Yanan Zhao, Shaobin Wu, Li Gao

Open publisher page 1 citations

Abstract

In order to quantitatively research on driving distraction, a method based on peripheral detection task (PDT) of measuring driver's reaction time is established. The method is applied to measuring the reaction time of the driver in the virtual driving simulation platform when the driver is answering the phone during driving, and through analyzing the difference of the reaction time in two different driving environments, the effect that answering the phone has on driving is obtained. The result shows that answering the phone during driving leads to the highest increase of 52.8%, the lowest increase of 31.7%, and the overall average increase of 41.0%. Therefore, answering the phone during driving leads to driving distraction and a great extension of the driver's reaction time, then increases the probability of the traffic accident.

About this research paper

What this paper is about

In order to quantitatively research on driving distraction, a method based on peripheral detection task (PDT) of measuring driver's reaction time is established. The method is applied to measuring the reaction time of the driver in the virtual driving simulation platform when the driver is answering the phone during driving, and through analyzing the difference of the reaction time in two different driving environments, the effect that answering the phone has on driving is obtained. The result shows that answering the phone during driving leads to the highest increase of 52.8%, the lowest increase of 31.7%, and the overall average increase of 41.0%. Therefore, answering the phone during driving leads to driving distraction and a great extension of the driver's reaction time, then increases the probability of the traffic accident.

Why it matters

OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Main findings

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Available abstract

In order to quantitatively research on driving distraction, a method based on peripheral detection task (PDT) of measuring driver's reaction time is established. The method is applied to measuring the reaction time of the driver in the virtual driving simulation platform when the driver is answering the phone during driving, and through analyzing the difference of the reaction time in two different driving environments, the effect that answering the phone has on driving is obtained. The result shows that answering the phone during driving leads to the highest increase of 52.8%, the lowest increase of 31.7%, and the overall average increase of 41.0%. Therefore, answering the phone during driving leads to driving distraction and a great extension of the driver's reaction time, then increases the probability of the traffic accident.

Key concepts: Distraction, Driving simulator, Phone, Computer science, Task (project management), Mobile phone, Smart phone, Simulation

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