Chair of Information Systems and Measuring Technologies, Department of Computer Information Technologies, Viktor Chernomyrdin Moscow State Open University, Moscow, Russia

G. G. Rannev, Professor, e-mail: 221mgoulab@rambler.ru
A. I. Zhelonkin, Professor
Yu. S. Sokolov, Post-graduate Student

For building intelligent measurement systems developed several types of molecular-electronic sensors for linear and angular accelerations. Sensors have broad internal handling by changing the electrochemical basis as well as design parameters, based on the molecular-electronic technology, offer new opportunities for scientists and engineers working in engineering seismology, developers, security systems, seismic monitoring of high-rise buildings, etc. Considered and developed a system based on molecular-electronic sensors and aligning them in a single system with HART (Highway Addressable Remote Transducer Protocol — Adresatnaya bus remote data converter) protocol for the control of natural and man-made disasters, the possibility of predicting earthquakes and technological disasters in hydropower facilities and NPP. System proposed to be built on the basis of a desktop or laptop computer and a set of necessary measuring electronic card modules connected to the port or PCMCIA standard line to the standard connectors of the motherboard desktop computer. This version of IIS is the cheapest. The system consists of three functional levels. The lower level includes primary converters — intelligent sensors with an output electrical signal. The second level of the system is the hardware with the appropriate software support. The third level of the system is its methodical, algorithmic and software. The first and third levels are invariant with respect to different ways of constructing INSI (Intelligent measurement). Management and processing of signals from sensors carries out with a program written in an object-oriented programming languages such as Simulink, DASYLab, LabView

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