Fire monitoring intellectual information system

Fire monitoring intellectual information system

О. І. Chumachenko, V. L. Kupriyanchyk

 

Abstract

The software of fire monitoring intellectual information system is developed. A connectedgraph of the graphical model is proposed. The simulation results are presented

Keywords

Аrtificial neural networks; the best evacuation route; intelligent information systems

References

DRandSFE “UkrCPR” Analysis of array of accounting cards of fires (POG_STAT) for 6 months in 2014. (in Ukrainian).

Shostachuk, D. M. and Shostachuk, A. М. “The integrated security system of people staying in high-rise structures: a systematic approach”. Bulletin of Zhytomyr State Technological University Publ., no. 3(54). (in Ukrainian).

Svirin, I. S. (2013). “Review of models of fire spread in buildings”. Problems of security and emergencies. no. 6. (in Russian).

Snytyuk, V. E. and Bychenko, A. (2007). “Evolutionary modeling of the spread of fire”. XIII.th Int. Conf. Knowledge-dialogue-Solution, Bulgaria, Varna Proc. 2007 (June). pp. 247–254. (in Russian).

Nazarov, A. V. and Loskutov, A. (2003.). Neural network algorithms for predicting and optimizing systems. St. Peterburg: Science and technology Publ., 384 p. (in Russian).

Pampukha, I. V. and Berezovskaya, Y. (2013). Substan-tiation of the use of neural networks in a decision support system in the operation of complex systems. Kyiv, Publishing house of MIKNU, pp. 85–90. (in Russian).

Luger, George F. “Artifical inteligence: structures and strategies for complex problem solwing”. 4.th edition: TRANS. English. Moscow: Publishing house William, 2003. 864 p. (pp. 219–517). (in Russian).

Haykin, S. (2006). Neural networks: a complete course. 2nd ed. Moscow, Williams Publ., 1104 p. (in Russian).