The increasing availability of small-size sensor devices during the last few years and the large amount of data that they generate has led to the necessity for more efficient methods regarding data management. In this chapter, we review the techniques that are being used for data gathering and information management in sensor networks and the advantages that are provided through the proliferation of Semantic Web technologies. We present the current trends in the field of data management in sensor networks and propose a three-layer flexible architecture which intends to help developers as well as end users to take advantage of the full potential that modern sensor networks can offer. This architecture deals with issues regarding data aggrega...
Abstract. We present XGSN, an open-source system that relies on se-mantic representations of sensor ...
Pervasive and sensor-driven systems are by nature open and extensible, both in terms of input and ta...
Developments such as smart cities, the Internet of Things (IoT) and the Infrastructure for Spatial I...
Abstract. The combination of sensor networks with the Web, web services and database technologies, w...
Wireless sensor networks (WSN) generate large volumes of raw data which possess natural heterogeneit...
Sensor networks usually generate mass of data, which if not structured for future applications, will...
The increasing number of wireless sensor networks, which are used extensively in industrial areas, h...
The combination of sensor networks with the Web, web services and database technologies, was named s...
Sensor networks are often deployed with the purpose of providing data to large-scale information man...
The development of sensor technologies in the last years offers support for new applications for the...
Sensor networks usually generate mass of data, which if not structured for future applications, will...
In this research project we focused on sensor networks and how semantic web technologies and knowled...
28th Signal Processing and Communications Applications Conference, SIU 2020 -- 5 October 2020 throug...
A wireless sensor network (WSN) works continuously to gather information from sensors that generate ...
Embedded Networked Sensing involves untethered, networked devices tightly coupled to the physical wo...
Abstract. We present XGSN, an open-source system that relies on se-mantic representations of sensor ...
Pervasive and sensor-driven systems are by nature open and extensible, both in terms of input and ta...
Developments such as smart cities, the Internet of Things (IoT) and the Infrastructure for Spatial I...
Abstract. The combination of sensor networks with the Web, web services and database technologies, w...
Wireless sensor networks (WSN) generate large volumes of raw data which possess natural heterogeneit...
Sensor networks usually generate mass of data, which if not structured for future applications, will...
The increasing number of wireless sensor networks, which are used extensively in industrial areas, h...
The combination of sensor networks with the Web, web services and database technologies, was named s...
Sensor networks are often deployed with the purpose of providing data to large-scale information man...
The development of sensor technologies in the last years offers support for new applications for the...
Sensor networks usually generate mass of data, which if not structured for future applications, will...
In this research project we focused on sensor networks and how semantic web technologies and knowled...
28th Signal Processing and Communications Applications Conference, SIU 2020 -- 5 October 2020 throug...
A wireless sensor network (WSN) works continuously to gather information from sensors that generate ...
Embedded Networked Sensing involves untethered, networked devices tightly coupled to the physical wo...
Abstract. We present XGSN, an open-source system that relies on se-mantic representations of sensor ...
Pervasive and sensor-driven systems are by nature open and extensible, both in terms of input and ta...
Developments such as smart cities, the Internet of Things (IoT) and the Infrastructure for Spatial I...