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Asami[5] has also established the evaluation indicators from safety, health, convenience, comfortability and sustainability.
YIN Weihong and ZHANG Wenzhong, et. al. have investigated the subjective feelings from living convenience, safety, comfortability of natural and cultural environments, travel convenience and level of health to evaluate the distribution of livability in Beijing.
L.”Principles for the Livable City”in Lennard, S, H, Svon Ungern- Sternberg,H, L, Making Cities Livable.International Making Cities Livable Conferences.
Omuta: Social Indicators Research Vol. 20(4)(1998),p.417 [5] Asami,Y: Residential Enviroment: Methods and Theory for Evaluation(University of Tokyo Press,2001) [6] Ai Sakamoto ,Hiromichi Fukui:Journal of Geographical Systems Vol. 6(2004),p. 175 [7] LI Yejin, ZHANG Wenzhong, TIAN Shanchuan, YU Jianhui.
Vo l.33 ,No.1(2008),p.126-129(In Chinese)   [23] Quan Shaoli,Liu Yangjie.Evaluation of Livability on China’s Major Cities.Journal of Shanxi Normal University(Natural Science Edition),Vol.24,No.2(2010),p.112-116(In Chinese) [24] Jacek M:International Journal of Applied Earth Observation and Geoinformation Vol.18( 4)(2006),p. 270

The higher indoor CO in DCC near industrial and DCC near main road appears to be influenced mainly from the outdoors due to traffic emission [10].
References [1] Department of Safety and Health (DOSH).
Indoor air quality at school: Ventilation rates and it impacts towards children - A review. 2nd International Conference on Environmental Science and Technology, IPCBEE, IACSIT Press, Singapore
Kungskulniti, Asia Journal of Public Health Vol. 2(1) (2011) 3-12
Jaakola, Environmental International Vol. 19 (1993) 109-119

Parallel PSO-based optimal strategy study of energy efficient operation control for train Hui Hu1,2, a 1 State Key Laboratory of Rail Traffic Control and safety, Beijing Jiaotong University, P.R.China 2Economics and Management School, East China Jiaotong University, P.R.China ahh24895@163.com Keywords: energy efficient, parallel PSO algorithm, optimal strategy, operation control.
Acknowledgements Thanks for National High Technology Research and Development Program (2011AA110502); State Key Laboratory of Rail Traffic Control and Safety of Beijing Jiaotong University Program (RCS2010ZZ001).
Journal of Transportation Systems Engineering and Information Technology. 9 90-96 [5] Hu Hui, Fu Y P and Hu Chao 2010.
IEEE 17th International conference on IE&EM (Xiamen, P.R.China,29-30 Oct 2010)（IEEE Vol 2）(IEEE press) pp1560-1563 [6] Huang Fang, Fan X P 2006.

Introduction Nowadays, one of the main concerns in traffic safety is the improvement of the vehicle crashworthiness.
Jones: International Journal of Impact Engineering Vol. 2(3) (1984) p. 263 [3] W.
Jones: International Journal of Impact Engineering Vol. 2(2) (1984) p. 179 [4] W.
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Hopperstad: International Journal of Impact Engineering Vol.18, (1996) p. 949 [13] S.

The so-called safety baseline is a group of security control measures or practice in many criterions.
FSA) which promulgated and recommended by the international maritime organization (IMO) in 1997 and "coastal ship pollution accident emergency capability assessment guide "(simplified as the "guide") which recommended by traffic department of transportation maritime bureau in 2008.
For example, before 2006, the United Nations conference on trade and development (UNVTAD) [26] mainly concentrated on dock development, management, business, the operation, the organization in the port, and then mainly published the safety risk assessment and management framework reflecting emergency logistics traffic as the main contents.
,Hayes,M.O, in: Vulnerability of coastal environments to oil spill impacts, edited by Marine Technology Society Journal, volume 12(1978), p.18-27
Port Marine Safety Code, March 2000, ISBN: 185112 3652

International Journal of Pavement Research and Technology, 11(2), 114-127
International Journal of Earth Sciences and Engineering, 1602-1606
International Journal of Geosynthetics and Ground Engineering, 2, 1-15
International Journal of Civil Engineering, 18(10), 1097-1111
International Journal of Geosynthetics and Ground Engineering, 3, 1-18

Therefore, correlation dimension effectively indicate the state of the system. 3.Chaos of Bridge Structure and Chaotic indexes of Monitoring Information 3.1 Masangxi bridge’s health monitoring system Chongqing Masangxi bridge was opened to traffic in December 2001.
By means of time series, the chaotic indicators to the assessment and prediction of bridge safety.
International Journal of Solids and Structures, 2004, 41:5677-5695
[2] BogaertVan.Dynamic: Response of Trains Crossing Large Span Double-track Bridges[J].Journal of Construction Steel Research,1993,24(1):575-74
[4] A.V Pesterev, B Yang, L.A Bergman, C.A Tan:Response of elastic continuum carring multiple moving oscillators[J].Journal of Engineering Mechanics,2001,127(3):260-265 [5] HAN Min, chief author.

Benedetto, A decision support system for the safety of airport runways: the case of heavy rainstorms.
OCEESA JOURNAL. 23 (2006) 63-69
ASCE Journal of Environmental Engineering.
Journal of Environmental Engineering. (2011) [43] B.
International Journal of Mineral Processing. 74 (2004) 343-357

To ensure seismic safety of a large span cable-stayed bridge, two alternative pylon shapes and section types were studied.
The width of bridge is 12m with 2 traffic lanes.
Lin International [2].
Journal of Structure(1978), 104(3), 391-412 [2] Cole C.
Journal of Bridge Engineering(2005), 10:272-280 [3] Federal Emergency Management Agency.

Its use in Crisis Management, safety, protection and security field envelope their connection with technical science.
It also allows the implementation of the laboratory expertise from real traffic situations as well as model situation bounded to crisis phenomena in transport.
There are few international projects focused on specific (sub) tasks of crisis management or international conferences, but they mostly do not cover or exceed the Visegrad region.
“ITEC is an annual forum for representatives from the military, industry and academia to connect and share knowledge with the international training, education and simulation sectors.
ISSN: 2340-1095 [9] Fanfarova A., Maris L., “Simulation technologies - tool for improving safety at work of firefighters”, Journal of safety research and applications (JOSRA), vol. 1-2, (2016) ISSN: 1803-3687.