Enabling quality assessment through web services

J. Fredericks, E. Terray, J. Bosch, Tony Cook, D. Symonds, G. Voulgaris
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Abstract

Emerging technologies in web-based services have enabled the integration of global, interdisciplinary earth observations. These capabilities can provide an unprecedented opportunity to promote the establishment and adoption of standards for the delivery of information about sensor systems which can enable data quality assessment by disparate users. Machine-to-machine harvesting of data can either become a barrier to content (i.e., easy to get data but hard to determine lineage and provenance) or it can promote communication of critical metadata (i.e., easy to get data with fully described sensor and processing systems). In this contribution, we describe how Open-Geospatial Consortium (OGC) frameworks can enable web services with fully-described sensor systems, including processing lineage. Also presented here is an OGC Sensor Web Enablement (SWE) demonstration project describing the processing and sensor system used to measure real-time in situ currents and wave parameters.
通过web服务进行质量评估
基于网络的服务中的新兴技术使全球跨学科的地球观测得以整合。这些能力可以提供一个前所未有的机会,促进建立和采用有关传感器系统的信息提供标准,从而使不同用户能够进行数据质量评估。机器对机器的数据收集可能成为内容的障碍(即,容易获得数据,但难以确定血统和来源),也可能促进关键元数据的通信(即,容易获得具有完整描述的传感器和处理系统的数据)。在本文中,我们描述了开放地理空间联盟(OGC)框架如何使web服务具有完全描述的传感器系统,包括处理沿袭。这里还介绍了一个OGC传感器网络支持(SWE)演示项目,描述了用于测量实时现场电流和波参数的处理和传感器系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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