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The Integration, Analysis and Visualization of Sensor Data from Dispersed Wireless Sensor Network Systems Using the SWE Framework

Lee Y. J., Trevathan J., Atkinson I., Read W.

Journal of Telecommunications and Information Technology

2015

nr 4

86--97

Wireless Sensor Networks (WSNs) have been used in numerous applications to remotely gather real-time data on important environmental parameters. There are several projects where WSNs are deployed in different locations and operate independently. Each deployment has its own models, encodings, and services for sensor data, and are integrated with different types of visualization/analysis tools based on individual project requirements. This makes it dicult to reuse these services for other WSN applications. A user/system is impeded by having to learn the models, encodings, and services of each system, and also must integrate/interoperate data from different data sources. Sensor Web Enablement (SWE) provides a set of standards (web service interfaces and data encoding/model specications) to make sensor data publicly available on the web. This paper describes how the SWE framework can be extended to integrate disparate WSN systems and to support standardized access to sensor data. The proposed system also introduces a web-based data visualization and statistical analysis service for data stored in the Sensor Observation Service (SOS) by integrating open source technologies. A performance analysis is presented to show that the additional features have minimal impact on the system. Also some lessons learned through implementing SWE are discussed.

VIRA: A CIMA Based System for the Operation of Remote Scientific Instruments

Atkinson I., du Boulay D. J., Brockhauser S., McMullen D. F., Quilici R., Sharpe A., Turner P.

Computational Methods in Science and Technology

2009

Vol. 15, nr 1

75-82

The common Instrument Middleware Architecture (CIMA) has been adopted and is being further developed as part of a project that includes the use of virtual instruments in a Web browser driven system for remote access to scientific instruments. Enhancements include distinct separation of concern for the modular components that make up the system, and a flexible message parcel schema.