Using virtual reality to train children in safe street-crossing skills.

Academic Article


  • BACKGROUND: Pedestrian injuries are among the leading causes of morbidity and mortality in middle childhood. One limitation to existing pedestrian safety interventions is that they do not provide children with repeated practice needed to develop the complex perceptual and cognitive skills required for safe street crossing. Virtual reality offers training through repeated unsupervised practice without risk, automated feedback on success of crossings, adjustment of traffic to match children's skill and a fun, appealing environment for training. OBJECTIVE: To test the efficacy of virtual reality to train child pedestrians in safe street crossing. SETTING: Birmingham, Alabama, USA. METHODS: A randomised controlled trial is underway with an expected sample of four groups of 60 children aged 7-8 years (total N=240). One group receives training in an interactive, immersive virtual pedestrian environment. A second receives pedestrian safety training via widely used video and computer strategies. The third group receives what is judged to be the most efficacious treatment currently available, individualised behavioural training at streetside locations. The fourth group serves as a no-contact control group. All participants are exposed to a range of field and laboratory-based measures of pedestrian skill during baseline and post-intervention visits, as well as during a 6-month follow-up assessment. OUTCOME MEASURES: Primary analyses will be conducted through linear mixed models testing change over time in the four intervention groups. Three pedestrian safety measures will serve as primary outcomes: temporal gap before initiating crossing, temporal gap remaining after crossing and attention to traffic while waiting to cross.
  • Authors

    Published In

  • Injury Prevention  Journal
  • Keywords

  • Accidents, Traffic, Child, Computer Simulation, Computer-Assisted Instruction, Health Promotion, Humans, Research Design, User-Computer Interface, Walking, Wounds and Injuries
  • Digital Object Identifier (doi)

    Author List

  • Schwebel DC; McClure LA
  • Start Page

  • e1
  • End Page

  • e5
  • Volume

  • 16
  • Issue

  • 1