Gunhild B. Sætren, P. A. Pedersen, Rolf Robertsen, Per Johan Haukeberg, Martin Rasmussen, C. Lindheim
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However, there are challenges such as how to increase the number of simulators in Norway, and legal obstacles as current legislations require all mandatory parts of the Norwegian driver education to be conducted on the road. Our overall impression is that the driver education in Norway could have advantages in applying a more systematic approach to simulator training. extra practice. The only premise is that the driver learner has completed an introductory course and that the experienced driver must have held their driver’s license for a minimum of five years without receiving any penalties or driver’s license endorsements (FOR 2017). Such additional training is meant to increase the driver learners’ experience behind the wheel prior to their exams and the license issuance. 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引用次数: 8
摘要
挪威目前在道路安全方面名列前茅。然而,我们正在继续努力,力争实现道路交通事故零死亡和零重伤的目标。在本文中,我们探讨挪威驾驶员教育是否可以受益于模拟器培训。可能的优势包括成本效益、环境友好型培训、可重复性、不同场景的可访问性(事故场景和危险情况、冬季以外的黑暗和雪、恶劣的天气条件和极端的道路交通密度)、在安全环境中犯错的可能性,以及与先进驾驶辅助系统等新技术的互动。然而,如何增加挪威的模拟器数量以及法律障碍等挑战仍然存在,因为目前的立法要求挪威驾驶员教育的所有强制性部分都必须在道路上进行。我们的总体印象是,挪威的驾驶员教育可以在应用更系统的方法进行模拟器培训方面具有优势。额外的练习。唯一的前提是驾驶员学习者已经完成了入门课程,并且有经验的驾驶员必须持有驾驶执照至少五年,没有收到任何处罚或驾驶执照背书(2017年)。这种额外的培训是为了增加驾驶员学习者在考试和颁发执照之前的驾驶经验。我们的问题是驾驶模拟器是否可以成为挪威的一个培训平台,以增加驾驶员学习者的驾驶体验,以及它们是否可以补充甚至取代当今教育中使用的一些更传统的学习方法。在航空、医院医疗和商业核电等许多人为错误可能产生严重后果的行业,模拟器培训经常被用作培训的一部分。模拟器培训具有成本效益,可以在很少见到的情况下提供培训(例如事故场景;Bye et al. 2011;McGaghie et al. 2010;Salas, Bowers & Rhodenizer 1998)。目前,驾驶模拟器并不是学习如何驾驶的标准方式,然而,在一些欧洲国家,如荷兰和英国,模拟器培训作为驾驶员教育的一部分已经获得了一些认可(Baten & Bekiaris 2003),有报告显示,德国(Stiegler & Vennefrohne 2017)和法国(Goepp 2017)越来越多地使用模拟器。有几个
Simulator training in driver education—potential gains and challenges
Norway is currently ranked as one of the top nations in regard to road safety. However, continued efforts are applied as we stretch towards a goal of zero deaths and serious injuries in road traffic accidents. In this paper we explore if Norwegian driver education could benefit from simulator training. Possible advantages are cost effectiveness, environmentally friendly training, repeatability, accessibility to different scenarios (accident scenarios and dangerous situations, darkness and snow outside of winter, difficult weather conditions and extreme road traffic density), the possibility to make errors in a safe environment, and interaction with new technology such as advanced driver assistant systems. However, there are challenges such as how to increase the number of simulators in Norway, and legal obstacles as current legislations require all mandatory parts of the Norwegian driver education to be conducted on the road. Our overall impression is that the driver education in Norway could have advantages in applying a more systematic approach to simulator training. extra practice. The only premise is that the driver learner has completed an introductory course and that the experienced driver must have held their driver’s license for a minimum of five years without receiving any penalties or driver’s license endorsements (FOR 2017). Such additional training is meant to increase the driver learners’ experience behind the wheel prior to their exams and the license issuance. Our question is to whether driving simulators could be a training platform in Norway to increase driver learners’ driving experience, and if they can complement or even substitute some of the more traditional learning methods used in today’s education. In many industries where human errors are likely to have critical outcomes, such as aviation, hospital medicine and commercial nuclear power, simulator training is frequently used as part of training. Simulator training can be cost efficient and can provide training in situations that are rarely seen (e.g. accident scenarios; Bye et al. 2011; McGaghie et al. 2010; Salas, Bowers & Rhodenizer 1998). Currently driving simulators are not the standard way of learning how to drive, however, in some European countries, such as in The Netherlands and the United Kingdom, simulator training has gained some acceptance as part of the driver education (Baten & Bekiaris 2003), and there are reports showing an increased use of simulators in Germany (Stiegler & Vennefrohne 2017) and France (Goepp 2017). There are several