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首页> 外文会议>IEEE Workshop on Environmental, Energy and Structural Monitoring Systems >A novel practical approach to structural health monitoring — The RECONASS vision: Local positioning, sensor networks, secure communications and remote sensing at the service of structural monitoring to assess construction damage and related needs
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A novel practical approach to structural health monitoring — The RECONASS vision: Local positioning, sensor networks, secure communications and remote sensing at the service of structural monitoring to assess construction damage and related needs

机译：一种新颖实用的结构健康监测方法-RECONASS愿景：在结构监测服务中进行本地定位，传感器网络，安全通信和遥感，以评估建筑损坏和相关需求

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Monitoring of constructed facilities, critical or not, utilised by different organisations or by the public in general and in particular during natural or manmade disasters, tends to be of paramount importance, as these structures are instantly becoming of keen interest to a variety of authorities. This paper presents the work that is currently being performed in the RECONASS project [1], towards providing a monitoring system to assess the structural condition and related needs of single or grouped facilities. This system encompasses technologies originating from different domains that are seamlessly interworking with the aim to shorten the required time of assessments and to establish an efficient updating process. The overall technology to be implemented in RECONASS is focusing on the case of reinforced concrete buildings that constitute the main type of construction of critical buildings in the earthquake prone countries of Europe, as well as, the rest of Europe and North America. The RECONASS system proposes the following synergistic approach: a compact and highly energy efficient local positioning system (LPS) cooperating with a set of strategically placed strain, acceleration and temperature sensors and the aggregation of sensor information through a robust, secure, intelligent and resilient communication module. Additionally, a remote sensing approach complements the aforementioned methodology, using air borne and space borne systems. Last but not least, the data fusion and the overall structural assessment will be enabled within an interoperable Post Crisis Needs Assessment Tool in regards to Construction Damage and related Needs (PCCDN) which will be a platform that includes both an assessment and an economic loss and needs module.
机译：监视由不同组织或一般公众，尤其是在自然或人为灾难期间利用的关键设施的关键或非关键设施，往往至关重要，因为这些结构立即引起了许多主管部门的关注。本文介绍了RECONASS项目[1]当前正在执行的工作，旨在提供一个监控系统来评估单个或成组设施的结构状况和相关需求。该系统包含源自不同领域的技术，这些技术无缝地互通，目的是缩短所需的评估时间并建立有效的更新过程。 RECONASS中要实施的整体技术着眼于钢筋混凝土建筑的情况，这些建筑是欧洲地震多发国家以及欧洲其他地区和北美其他国家的关键建筑的主要建筑类型。 RECONASS系统提出以下协同方法：紧凑且高效节能的本地定位系统（LPS），与一组策略性放置的应变，加速度和温度传感器配合使用，并通过可靠，安全，智能和有弹性的通信来聚合传感器信息模块。另外，遥感方法使用机载和空载系统对上述方法进行了补充。最后但并非最不重要的一点是，将在可互操作的危机后需求评估工具中启用有关建筑损坏和相关需求（PCCDN）的数据融合和整体结构评估，该工具将包括评估和经济损失，以及需要模块。

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