首页> 外文会议>Annual International Meeting of the American Society of Agricultural and Biological Engineers >DEVELOPMENT OF MIDDLEWARE LAYER SUPPORTING SENSOR OBSERVATION SERVICE FOR A SIMPLE WEATHER STATION
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DEVELOPMENT OF MIDDLEWARE LAYER SUPPORTING SENSOR OBSERVATION SERVICE FOR A SIMPLE WEATHER STATION

机译:用于支持简单气象站的传感器观测服务的中间件层的开发

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Heterogeneous sensor networks have been developed and implemented for agricultural purposes. Although they have shown adequate level of performance during individual applications, it is generally difficult to integrate them. In order to increase theirinter-operability, it is important to follow a standard. The objective of this study is to develop a middleware layer supporting Sensor Observation Service (SOS) standard of Open Geospatial Consortium. An embedded system, integrated on a simple weatherstation with the ability to measure 6 meteorological parameters, was developed. The embedded system implemented three core operations of SOS - GetCapabilities, DescribeSensor, GetObservation - using the web service. The serviced data could either be an observation or description of the sensor system. In order to make SOS operate on an embedded system,various implementation techniques were used. As a result, the responses were well-formed and there was no syntax error. The response time was just 3.44 secwhen 500 observations were delivered from two files. It seldom affected measurement process. In addition, the only thing to add new sensors was to update an ObservationCache class and template files. Therefore, the middleware layer was flexible to be applied on other sensor networks.
机译:为农业目的开发和实施了异质传感器网络。虽然它们在各个应用程序中显示了足够的性能水平,但通常难以整合它们。为了提高Interper-可操作性,遵循标准很重要。本研究的目的是开发一种支持开放地理空间联盟的传感器观测服务(SOS)标准的中间件层。开发了一个嵌入式系统,在简单的宽容下,具有测量6气象参数的能力。嵌入式系统实现了SOS的三个核心操作 - GetCapabilities,Describesensor,GetObservation - 使用Web服务。服务数据可以是传感器系统的观察或描述。为了使SOS在嵌入式系统上运行,使用各种实现技术。结果,响应良好,没有语法错误。响应时间仅为35秒,从两份文件中交付500秒。它很少影响测量过程。此外,添加新传感器的唯一才能更新观察程序类和模板文件。因此,中间件层被灵活地应用于其他传感器网络。

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