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Accessing sensor data using meta data

机译:使用元数据访问传感器数据

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摘要

With the proliferation of sensors it is becoming increasingly difficult to discover and access sensor data of interest. Currently, most researchers and sensor data users access data from sensors that they build by themselves or from known sensor network run by their friends; rarely do they try to find sensor data of interest that are maintained by other users and groups. Even if they are able to find these data streams, accessing them is rather difficult because of login requirements in remote systems as well as diversity in protocols needed to access and interpret them. In our project, ROADNet, we have defined a novel way of discovering and accessing real-time data from sensor networks. Our approach is to abstract sensor streams and define systemic, descriptive and structural meta data properties for them in a catalog. Then a user can easily discover sensors of interest from the catalog, and get access to their streams. We describe a system that has more than 20,000 multi-disciplinary sensor datastreams that are discovered/accessible using this approach.
机译:随着传感器的激增,发现和访问感兴趣的传感器数据变得越来越困难。当前,大多数研究人员和传感器数据用户都从他们自己构建的传感器或由朋友运行的已知传感器网络访问数据;他们很少尝试查找其他用户和组维护的感兴趣的传感器数据。即使他们能够找到这些数据流,由于远程系统中的登录要求以及访问和解释它们所需的协议的多样性,访问它们也相当困难。在我们的ROADNet项目中,我们定义了一种新颖的方式来发现和访问来自传感器网络的实时数据。我们的方法是抽象传感器流,并在目录中为其定义系统的,描述性的和结构化的元数据属性。然后,用户可以轻松地从目录中发现感兴趣的传感器,并访问其流。我们描述了一个系统,该系统具有使用此方法发现/可访问的20,000多学科传感器数据流。

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