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Smart Sensor Webs for Environmental Monitoring Integrating OGC Standards.

机译:用于环境监控的智能传感器网络,集成了OGC标准。

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摘要

Sensor webs are the most recent generation of data acquisition systems. The research presented looks at the concept of sensor webs from three perspectives: node, user, and data. These perspectives are different but are nicely complementary, and all extend an enhanced, usually wireless, sensor network. From the node perspective, sensor nodes collaborate in response to environmental phenomena in intelligent ways; this is referred to as the collaborative aspect. From the user perspective, a sensor web makes its sensor nodes and resources accessible via the WWW (World Wide Web); this is referred to as the accessible aspect. From the data perspective, sensor data is annotated with metadata to produce contextual information; this is referred to as the semantic aspect. A prototype that is a sensor web in all three senses has been developed. The prototype demonstrates the ability of managing information in different knowledge domains. From the low-level weather data, information about higher-level weather concepts can be inferred and transferred to other knowledge domains, such as specific human activities. This produces an interesting viewpoint of situation awareness in the scope of traditional weather data.
机译:传感器网是最新一代的数据采集系统。提出的研究从三个角度研究了传感器网络的概念:节点,用户和数据。这些观点是不同的,但是很好地互补,并且都扩展了增强的(通常是无线的)传感器网络。从节点的角度来看,传感器节点以智能方式响应环境现象进行协作。这被称为协作方面。从用户的角度来看,传感器Web使其传感器节点和资源可通过WWW(万维网)访问;这被称为可访问方面。从数据的角度来看,传感器数据用元数据进行注释,以产生上下文信息。这被称为语义方面。已经开发出在所有三个方面都是传感器网络的原型。该原型演示了在不同知识域中管理信息的能力。从低层天气数据中,可以推断出有关高层天气概念的信息,并将其转移到其他知识领域,例如特定的人类活动。在传统天气数据的范围内,这产生了一种有趣的态势感知观点。

著录项

  • 作者

    Wright, William Trevor.;

  • 作者单位

    North Carolina Agricultural and Technical State University.;

  • 授予单位 North Carolina Agricultural and Technical State University.;
  • 学科 Environmental Sciences.;Computer Science.
  • 学位 Ph.D.
  • 年度 2013
  • 页码 128 p.
  • 总页数 128
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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