智能铺面的内涵与架构
发布时间：2018-11-17 17:51
【摘要】：对智能铺面的内涵与架构进行诠释与定义.明确未来交通的发展愿景为"零伤害、零延误、零维护、零排放、零失效".为适应该愿景,借鉴智能生物体的基本要素,将智能铺面定义为由先进的结构材料、感知网络、数据中心、通信网络和能源系统组成,具有主动感知、自动辨析、自主适应、动态交互、持续供能等智能能力的铺面设施.在此基础上,从基本性能、智能能力、网联服务、可持续发展特性等4个方面明确了智能铺面的功能特征,并提出了智能能力的5个等级与要求.从物理要素、信息流向、能量路径、空间位置、P2X(Pavement to X)服务等5个方面构建了智能铺面的架构.成果对指导智能铺面技术的研究与应用具有参考意义.
[Abstract]:The connotation and framework of intelligent pavement are interpreted and defined. Define the future development vision of transportation as "zero damage, zero delay, zero maintenance, zero emission, zero failure". In order to adapt to this vision and draw lessons from the basic elements of intelligent organisms, intelligent pavement is defined as composed of advanced structural materials, perceptual networks, data centers, communication networks and energy systems, with active perception, automatic discrimination, autonomous adaptation, Dynamic interaction, continuous power supply and other intelligent paving facilities. On this basis, the functional features of intelligent pavement are defined from four aspects, such as basic performance, intelligent capability, network connection service and sustainable development characteristics, and 5 grades and requirements of intelligent ability are put forward. The architecture of intelligent pavement is constructed from five aspects: physical elements, information flow, energy path, spatial location and P2X (Pavement to X) service. The results have reference significance for guiding the research and application of intelligent pavement technology.
【作者单位】： 同济大学道路与交通工程教育部重点实验室;同济大学交通运输工程学院;
【基金】：国家自然科学基金(U1433201,U1633116)
【分类号】：U495
本文编号：2338617
[Abstract]:The connotation and framework of intelligent pavement are interpreted and defined. Define the future development vision of transportation as "zero damage, zero delay, zero maintenance, zero emission, zero failure". In order to adapt to this vision and draw lessons from the basic elements of intelligent organisms, intelligent pavement is defined as composed of advanced structural materials, perceptual networks, data centers, communication networks and energy systems, with active perception, automatic discrimination, autonomous adaptation, Dynamic interaction, continuous power supply and other intelligent paving facilities. On this basis, the functional features of intelligent pavement are defined from four aspects, such as basic performance, intelligent capability, network connection service and sustainable development characteristics, and 5 grades and requirements of intelligent ability are put forward. The architecture of intelligent pavement is constructed from five aspects: physical elements, information flow, energy path, spatial location and P2X (Pavement to X) service. The results have reference significance for guiding the research and application of intelligent pavement technology.
【作者单位】： 同济大学道路与交通工程教育部重点实验室;同济大学交通运输工程学院;
【基金】：国家自然科学基金(U1433201,U1633116)
【分类号】：U495
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