Optimization of Real Time Measured Data Transmission, Given the Amount of Data Transmitted
The operation of nuclear power plants involves
continuous monitoring of the environment in their area. This
monitoring is performed using a complex data acquisition system,
which collects status information about the system itself and values
of many important physical variables e.g. temperature, humidity,
dose rate etc. This paper describes a proposal and optimization of
communication that takes place in teledosimetric system between the
central control server responsible for the data processing and storing
and the decentralized measuring stations, which are measuring the
physical variables. Analyzes of ongoing communication were
performed and consequently the optimization of the system
architecture and communication was done.
 Stengl a.s. Contract research of testing and optimizing the transmission
of measured data in real time, given the amount of data transferred
between the data acquisition and evaluation center and measurement
units. Research report, 2013
 Manual gamma detector RS03/X. Documentation.
 APTEC-NRC. Multi-purpose radiation monitor. < http://www.mgi.co.kr
 ADM-606/616/606M Series Ratemeter Serial Communications Protocol.
 Advantech. ADAM-4510/4510S/4520 Startup Manual. 2005.
 Advantech. ADAM 4000 Data Acquisition Modules User's Manual.
 Racom s.r.o. Protocol MARS-A for MORSE (MARS rev.4). 2008.
 Racom s.r.o. Introduction to system MORSE. 2009.
 M. Franekova, F. Kallay, P. Peniak, P. Vestenicky, Communication
security of industrial networks: in Slovak, Komunikačná bezpečnosť
priemyselných sietí, Monography, EDIS ŽU, Žilina 2007, ISBN 978-80-