The effects of training impulse control on simulated driving

Area of Science:

• Psychology
• Traffic Safety
• Cognitive Training

Background:

• Young drivers (16-24 years) exhibit higher accident rates partly due to underdeveloped impulse control.
• There is a need for effective training interventions targeting age-related driving risks.

Purpose of the Study:

• To evaluate if response inhibition training reduces risky simulated driving behaviors in young drivers.
• To assess the transfer of training from cognitive tasks to driving performance.

Main Methods:

• Two studies utilized driving-relevant, adaptive response inhibition tasks (Go/No-go, Stop Signal Task) with varying training durations (5 and 10 days).
• Simulated driving measures included speeding, risky passing, and traffic control compliance.
• Control groups engaged in filler tasks or testing only.

Main Results:

• Participants improved performance on trained response inhibition tasks in both studies.
• No significant improvements in simulated driving behaviors were observed following the training interventions.
• Training duration and feedback enhancements did not yield transfer to driving performance.

Conclusions:

• Current response inhibition training protocols, even when engaging and sustained, do not effectively transfer to improved simulated driving skills in young drivers.
• Further research is required to explore training methods that address real-world motivations for risky driving.