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| Signals and Telecommunications Journal |
| Use of Monitoring in Smart Cities | Stanislav Lenart, Maja Kreslin, Aleš Znidari, Darko Kokot, Sabina Jordan, Karmen Fifer Bizjak
ZAG, Dimiceva 12 SI-1000 Ljubljana | | Abstract: Slovenian National Building and Civil Engineering Institute (ZAG) is one of the main players on the field of
development of building materials and technologies in Slovenia and also widely in Europe. ZAG is developing monitoring of
building environment, including buildings, engineering structures and infrastructure. Monitoring was included in a number
of national and EU research projects with ZAG being coordinator or partner (eg. SPENS, ARCHES, SMART RAIL, SENSE,
TRIMM, COST EFFECTIVE). A huge amount of data from these activities were used by a limited number of endusers for
detailed analysis of particular building environment, but could also be used by any other entity for development of innovative
applications supporting safe, adaptable, automated, comfortable, resilient, etc. smart cities. ZAG will support interested
entities with comprehensive expert knowledge from the field of civil engineering, will continuously contribute data from
existing monitoring systems and will also create new ones. | | Keywords: Smart Cities, Engineering Infrastructure Use of Monitoring in Smart Cities |
| DOI: | | Full_Text PDF (PDF 365KB) Download: 341 times | | References:[1] Jordan, Sabina., Kuhn, Tilmann, E. (2012). Ljubljana’s pilot demonstration in EU project Cost Effective. V: World Engineering Forum, 17-21 September 2012, Ljubljana, Slovenia. Sustainable construction for people. Ljubljana: Inenirska zbornica Slovenije,
2012, str. 384-388, www.wfeo.net/world-engineering-forum-2012-publication/
[2] FEHRL, Forever Open Road, [Online]. Available: www.foreveropenroad.eu. [Accessed 19 September 2015].
[3] McRobbie, S., Sajna, A., Leban, M. B., Sekuli, D., •nidari, A., Ralbovsky, M., Kreslin, M., Legat, A., Dallinger, S., Dieng, L.,
Juric, S., Kwapisz, M., Snatos, J. P., Silveira, P. (2014). Final report of advanced bridge monitoring techniques - TRIMM report
D3.2, AIT, Vienna, 2014. 143
[4] Corbaly, R., Znidari, A., Leahy, C., Kalin, J., Hajializadeh, D., Zupan, E., Canterom, D. (2014). Algorithms for Improved
Accuracy of Static Bridge-WIM System, Bridgemon D1.3 Report, ROD, Dublin, 2014.
[5] Ni Choine, M., Znidari, A., Corbally, R., Kalin, J. (2014). Algorithm & Techical Specification for combined Railway Bridge
WIM/SHM system,†Rodis, http://bridgemon.fehrl.org, Dublin, 2014. |
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