The road mobility system is undergoing a paradigm shift towards more sustainable, efficient, safer and smarter transportation. In this context, mechatronic systems requires an ever increasing combination of mechanical, electrical/electronic, control and information disciplines. In addition, emerging smart technologies, including artificial intelligence, cybernetics, internet of things, as well as high-performance computing and control, are changing the way in which road mobility systems interact with the society. Thus, future mobility becomes highly multidisciplinary and requires novel technologies and approaches of mechatronic systems to further improve its safety, sustainability and smartness. Within this context, the main goal of this Focused Section is to compile recent research and development efforts contributing to advances in mechatronics for road mobility systems.

中文翻译：

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客座社论：专注于道路交通系统机电一体化的部分

道路交通系统正在向更可持续、更高效、更安全和更智能的交通方式转变。在这种情况下，机电一体化系统需要越来越多的机械、电气/电子、控制和信息学科的结合。此外，人工智能、控制论、物联网以及高性能计算和控制等新兴智能技术正在改变道路交通系统与社会互动的方式。因此，未来的移动性变得高度跨学科，需要机电系统的新技术和方法来进一步提高其安全性、可持续性和智能性。在此背景下，