Full text: Technical Commission IV (B4)

> XXXIX-B4, 2012 
RK 
5 started that use SOS 
espect to flooding. One 
(ice Bus of the German 
3 System (GITEWS) 
S, the Sensor Planning 
ication Service (WNS). 
serve water gauges or 
erverband SWE project 
ne Dutch spatial data 
2008). None of those 
5 based on soil moisture 
1g systems often use the 
NS. A typical example is 
Consortium, 2009) that 
mart and interoperable 
on in-situ sensors and 
WPN. Experiences with 
róring et al., 2011). 
e and services used has 
Sensor Web", which 
and particular forecasts 
08). 
provides a native SOS 
/docs/files/OpenLayers/ 
er, its functionality is 
t of sensor observations 
her SWE client projects 
wunities/sonsorweb/ 
NS 
f the WEBBOS project. 
o build up a system for 
1 moisture profiles. We 
es in combination with 
; allow building up a 
-based sensor system in 
itions are: 
e profiles into the SWE 
ensor Event Service, and 
» client for mapping and 
including SWE events. 
EBBOS system for other 
e.g, in the context of 
tended to integrate data 
et al., 2002) with their 
it processing (CEP) and 
ES 
reloping a Unified Open 
plications. In: Oosterom, 
ls.): Geo-information for 
17. 
International Archives of the Photogrammetry, Remote Sensin 
g and Spatial Information Sciences, Volume XXXIX-B4, 2012 
XXII ISPRS Congress, 25 August — 01 September 2012, Melbourne, Australia 
Babcock, B., Babu, S., Datar, M., Motwani, R., Widom, J., 
2000. Models and Issues in Data Stream Systems. In: 
Proceedings 21" ACM SIGACT-SIGMOD-SIGART Symposium 
on Principles of Database Systems, Madison, WI, pp. 1-16. 
Botts, M., Percivall, G., Reed, C., Davidson, J. (eds.), 2006. 
OGC Sensor Web Enablement: Overview and High Level 
Architecture. OpenGIS White Paper 06-050r2. 
Botts, M., Robin A. (eds.), 2007. OpenGIS Sensor Model 
Language (SensorML) Implementation Specification, Version 
1.0.0. OGC Paper 07-000. 
Bróring, A., Echterhoff, J., Jirka, S., Simonis, L, Everding, T., 
Stasch, C., Liang, S., Lemmens, R., 2011. New Generation 
Sensor Web Enablement. Sensors 2011, Vol. 11, pp. 2652- 
2699, doi:10.3390/s110302652 
Cox, S. (ed.), 2007. Observations and Measurements — Part 1 - 
Observation schema, OpenGIS Implementation Standard, 
Version 1.0. OGC Paper 07-022r1. 
Echterhoff, J., Everding, T. (eds.), 2008. OpenGIS Sensor 
Event Service Interface Specification (proposed), Version 0.3.0. 
OGC Discussion Paper 08-133. 
Everding, T., Echterhoff, J. (eds.), 2008. Event Pattern Markup 
Language (EML), Version 0.3.0. OGC Discussion Paper 08- 
132. 
Fleischer, J., Häner, J., Herrnkind, S., Kloth, A., Kriegel, U., 
Schwarting, H., Wächter, J., 2010. An integration platform for 
heterogeneous sensor systems in GITEWS — Tsunami Service 
Bus. Natural Hazards and Earth System Sciences, Vol. 10, pp. 
1239-1252. 
Guru S.M., Taylor, P., Neuhaus, H., Yanfeng Shu, Smith, D., 
Terhorst, A., 2008. Hydrological Sensor Web for the South Esk 
Catchment in the Tasmanian state of Australia. In: Proceedings 
4" IEEE International C. onference on eScience, Indianapolis, 
IN, pp. 432-33. 
Hübner, C., Cardell-Oliver, R., Becker, R., Spohrer, K., Jotter 
K, Wagenknecht, T., 2010: Wireless soil moisture sensor 
networks for environmental monitoring and irrigation. In: 
Geophysical Research Abstracts, Vienna, Austria, Vol. 12. 
Jellema, J., Gijsbers, P., 2008. Sensor Networks, basis for the 
Dutch Geo-infrastructure. In: Grothe, M., Kooijman, J. (ed.), 
Sensor Web Enablement, Netherlands Geodetic Commission 45, 
pp. 61-68. 
Na, A, Priest, M. (eds.), 2007. Sensor Observation Service, 
OpenGIS Implementation Specification Version 1.0. OGC 
Paper 06-009r6. 
OSIRIS Consortium, 2009. Publishable final activity report 
Consolidation Report, Issue 01. 
http:/tws0 1 Aerranovaws.it/osiris/doc/A2?9200SIRIS-WP8000- 
DEL-0054-Publishable%20final%20activity-Cons Report- 
revB.pdf (06 Jan. 2012). 
Simonis, I. (ed), 2006. OpenGIS Sensor Alert Service 
Candidate Implementation Specification (Version 0.9). OGC 
Best Practices Paper 06-028r3. 
Spies, K.-H., Heier, C., 2008. OGC Sensor Web in der Praxis — 
Bereitstellung von Sensordaten in Geodateninfrastrukturen und 
435 
personalisierter Hochwasserwarndienst“. In: Proceedings 20. 
AGIT-Symposium, 2008, Salzburg, Austria, pp. 721-725. 
9. ACKNOWLEDGEMENTS 
The presented work was developed within the project 
“WEBBOS: Webbasiertes Sensorsystem zur Bodenfeuchte- 
profilmessung in der Hochwasserfrühwarnung" funded by the 
German Federal Ministry of Education and Research. This 
support is gratefully acknowledged. 
 
	        
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