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To revitalize Kunming, develop Chenggong New District, serve the southeast Asia, go to the world, build Kunming into the international city of socialist modernization with high civilization, all these things will put forward higher request for the city traffic of Kunming.
So citizens' quality, especially the consciousness of traffic safety and standardizing should be improved further.
Improve capacity of traffic system of the road and transport; Kunming will build into the international tourism city and bridgehead to southeast Asia.
ARPN Journal of Engineering and Applied Sciences,VOL.3, NO.2(2008) [5] Jing Chen, Haiguang Yang.
Journal of Shanxi Architecture, VOL.34, NO.28(2008)

The safety criteria is the most important, the basic criterion
References [1] International Civil Aviation Organization (ICAO),Doc 4444-ATM/501[S], Procedures for Air Navigation Services - Air Traffic Management, 14th Edition (2001)
Journal of Aircraft.Vol.23.July (1986) [4] A.
[13] Jun Hu, Xu Xiaohao: (In Chinese) China Civil Aviation College, Air Traffic Management College, Journal of China Civil Aviation College, August 2002, Volume 20, Issue 4
[16] Jun Hu: (In Chinese) Wake in the air traffic safety interval [D], Nanjing University of Aeronautics And Astronautics, Vol

At present, safety management system (SMS) is widely used by many large foreign airlines, air traffic management departments and large international airports, which have achieved some success experience [1,2].The essence of SMS is to establish the systemic, clear and comprehensive security risk management and security-based operating system.
There are four components of SMS: safety policy and objectives; safety risk management; safety assurance and safety promotion.
Safety risk= Safety risk probability* Safety risk severity.
[4] Milan Janic, in: Journal of Air Transport Management.Vol. 6(1) (2000), p.43-50
Journal of Transportation Systems Engineering and Information Technology.

With the improvement of national economy and living standards of the people，the demand for transport of dangerous goods is greater and greater,the traffic volume of the road dangerous goods is rising constantly.
The choice of indicators on safety evaluation is studied in Section 3.
Indicators systems on economy Indicators of safety awareness and quality.
Indicators of safety awareness and quality have two indicators:indicators of safety awareness, indicators of quality.
References [1] Dr.WICChow,Mr.WM.1.eung.Appfication of Field Motile to Tunnel Fire Services Design.Sixth International Symposium on the Aerodynamics and Ventilation of vehicle Tunnels,1998 [2] V Carr,J.H.M.Tah.A fuzzy Approach to Comstruction Project Risk Assessment and Analysis.Construction Project Risk Management System.Advances in Engineering Software.2001 [3] B Fabiano,F Curro,E Palazzi,O.A Framework for Risk Assessment and Decision-making Strategies in Dangerous Good Transportation.Journal of Hazardous Materials,2002 [4] J S M Li,W Kchow.Legal Carriage of Dangerous Goods and Their Effects on Tunnel Safety.Tunnelling and Underground Space Technology,2000(2) [5] Frank Saccomanno,Palle Haastmp.Influence of Safety Measures on the Risks of Transporting Dangerous Goods through Road Tunnels.Risk Analysis,2002(6) [6] Vasconcellos E.Urban Development and Traffic Accidents in Brazil.Accident Analysis and Prevention,1999(31)

Traffic Condition Monitoring.
Traffic condition monitoring[6] mainly concludes traffic flow monitoring which can use weigh-in-motion to record lasted time-history of traffic load flow and obtain traffic load spectrum after connecting data processing and use the camera to record traffic situation and traffic accident.
[3] Park G., Kabeya K., Cudney, H. et al.: JSME International Journal, Vol.42(1999), p. 249-258
R., James G.H.: Journal of Sound and Vibration, Vol. 205(1997), p. 1-18
J.: Proceedings, 2nd International Conference on Identification in Engineering Systems(1999), Swansea, UK, p. 506-515.

Traffic has increased at the rate of 7.9% to 112.342 billion dollars.
Risk Analysis of International Construction Projects Through the analysis of international construction projects, we can see that China has played a more and more important role in the international construction projects, with its focus on the large infrastructure projects and industrial projects as traffic, petroleum chemistry and housing construction.
Journal of Xi'an University Of Architecture And Technology, 2009 (3): 39-41 [4] Yuan Tiezhen.
Journal of Hunan University, 2011 (4): 72-74 [6] Zhang Yu, Xu Chengjie, interpretation of the 2013 annual ENR international contractor 250 strong [J].
Journal of engineering management, 2013 (10): 113-120

Journal of Bridge Engineering. 2011,(16):854-862 [3] N.
Journal of Bridge Engineering. 2011,(16):863-871 [4] S.
Application of System Reliability to Structural Safety.
In Proceedings, 4th International Conference - Applications of Statistics and Probability in Soil and Structural Engineering.
Structure Safety. 1982,(1):3-13 [9] Weimin.

International Journal of Advance Research in Science and Engineering, Vol. 07, pp 133
International Journal of Pavement Research and Technology, Vol. 12, pp 562-573
“A Case Study on the Potential Applications of V2V Communication for Improving Road Safety in Pakistan,” Proceedings of the 2nd International Conference on Emerging Trends in Electronic and Telecommunication Engineering, Editors: M.F.
International Journal of Computer Science and Information Security (IJCSIS),  vol. 14, pp 20-25
Journal of Traffic and Transportation Engineering (English Edition), 4(1), pp. 103–110

The theory of cellular automaton is applied to the research on traffic flow widely such as the railway traffic, the simulation of the one-lane traffic flow.
The drivers often slow down their speeds to ensure the safety.
Turbulence traffic f = 0.8 ρ = 0.4 r=0.2 Fig2.
Journal of Computer Applications. 10 2008 Oct. 2008, pages 2658-60 [3] Hu Shou-Xin, Gao Kun, Wang Bing-Hong, et al.
Proceedings of The International Conference on Applications of Advanced Technologies in Transportation Engineering, pages 167-174.

Journal of Bridge Engineering. 2011,(16):854-862 [3] N.
Journal of Bridge Engineering. 2011,(16):863-871 [4] S.
Journal of Structural Engineering. 1987,(113):1415-1432 [6] F.
In Proceedings, 4th International Conference - Applications of Statistics and Probability in Soil and Structural Engineering.
Structure Safety. 1982,(1):3-13 [10] W.