Bridge Device for Mounting and Local Adjustment of Wireless Sensor Network
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The remote sensor networks are used for collecting area-specific data and retransmit them through radio for further processing. For proper mounting and initial functional test of sensors as part of a larger sensor field system is comfortably to use portable bridge devise for mounting and local adjustment of sensor system. The devise translates the sensor system radio communication channel to the widely used Bluetooth standard. Such way any available smart devise can be used as input-output terminal for communication and adjustment of sensors part of the sensor system. The created radio bridge device is compact, functional, cheap and a useful addition to any LoRa sensor system.
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References
-
A. Augustin, J. Yi, T. Clausen, W. M. Townsley. “A Study of LoRa: Long Range & Low Power Networks for the Internet of Things”. Sensors, 16, 1466, 2016.
Google Scholar
1
-
N. L. Georgiev, N. Obreshkov, “Evaluation of the alarm events in systems for security of sites, taking into account past events,” Sat. Proc. Fourth National Conference with International Participation "Metal Science, Hydro- and Aerodynamics, National Security 2014", pp. 425-429, 2015.
Google Scholar
2
-
N. Georgiev, “Calculation of the aposthetory probabilities for the presence of objects according to sensor data,” Journal of Engineering Sciences, vol. 3, pp. 16-25, 2016.
Google Scholar
3
-
N. Georgiev, V. Pehlivanski, V. Varbanov, “Realisation of an algorithm for data fusion in multisensor systems for one specific case,” Scientific Proceedings NDT Days vol. 1(187), pp. 215-218, 2016.
Google Scholar
4
-
M. Guarnera, M. Villari, A. Zaia, A. Puliafito. “MANET: possible applications with PDA in wireless imaging environment,” The 13th IEEE International Symposium on Personal, Indoor and Mobile Radio Communications. vol.5, pp. 2394 – 2398, 2002.
Google Scholar
5
-
J. Padgette, J. Bahr, M. Batra, M. Holtmann, R. Smithbey, L. Chen, K. Scarfone. “Guide to Bluetooth Security,” National Institute of Standards and Technology U.S department of Commerce, NIST Special Publication 800-121 Revision 2, May 2017.
Google Scholar
6
-
M. Pesko, M. Štular, M. Vučnik, M. Smolnikar, M. Mohorčič. “Bluetooth-based Mobile Gateway for Wireless Sensor Network,” The Second International Workshop on Sensing Technologies in Agriculture, Forestry and Environment, April 2011.
Google Scholar
7
-
S. Georgiev, H. Kolev, N. Obreshkov, E. Lalev, V. Venkov, I. Atanasov. “Permanent test polygon for sensors testing and demonstration of a sensor system,” Proceedings of the fifth national conference with international participation "Metal, hydro- and aerodynamics, national security '2015', ed. IMSETHC-BAS, pp. 314-318. 2015.
Google Scholar
8
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