پایان نامه مدیریت ترافیک با استفاده از سیستم های حمل و نقل هوشمند و تاثیر آن بر کاهش تصادفات جاده ای

منابع انگلیسی

32. Bin Ran (2007), “Using Traffic Prediction Models for Providing Predictive Traveller Information,” International Journal of Technology Management, (special issue on The Impact of Information Systems Technology on Operations Management).
33. Chen K and J E Pedersen (1997), “ITS Functions and Technical Concepts”. Proceedings of the 4^th World Congress on ITS, Brussels.
34. Chowdhurry,Mashrur and Sadek (2003),”Fundamental of Intelligent Transportation System Planning”,Artech House,Newyork.
35. Lee, J., McGegee, D., L.Brown, Timothy (2002), Collision Warning Timing, Driver Distraction, and Response to Imminent Rear-End Collision in a High- Fidelity Driving Simulator. University of Lowa.
36. Fancher, P., Koziol, J., Baker, M., (1997). Preliminary results from the Intelligent Cruise Control field operational test in Southeastern Michigan. Proceedings of the 4th Annual World Congress on Intelligent Transport Systems, Berlin.
37. Gary, D., (2004). Possible Aggregation Biases in Road Safety Research and a Mechanism Approach to Accident Modeling. Accident Analysis and Prevention 36- 1119–1127.
38. Gousios, S., and Garber, N. J., (2009), Relationship between Time to Collision Conflicts and Crashes on Interstate Highways Subjected to Truck Lane Restrictions. 88th Annual Meeting of the Transportation Research Board, Washington, D.C.
39. Hayward, J.C., Near miss determination through use of a scale of danger (traffic records384). Highway Research Board, Washington, DC. 1972.
40. Hirst, S., & Graham, R. (1997). The format and presentation of collision warnings. In Y. I. Noy (Ed.), Ergonomics and safety of intelligent driver interfaces (pp. 03-219). Mahwah, NJ:
41. Horst, A., (1991). Time-To-Collision as a cue for decision-making in braking. In: Gale, A.G. et al. (Eds.). Vision in Vehicles III, Elsevier Science Publishers B.V., Amsterdam,pp. 19-26.
42. Huddart K W.(2006), “Traffic Control” in J Walker (ed.).Advances in Mobile Information Systems. Boston: Artech House.Intelligent Transportation Primer, ite (institute of transportation Engineers), U.S.DOT.
43. ITS America (2005), “Shared Resource Projects: An Action Guide for Telecommunications Infrastructure in Transportation Right-of-Way”. Washington DC, 2005.
44. ITS Australia, (2001), ITS Congress Brochoure.
45. ITS Handbook of Japan (2001), Ministry of Construction.
46. Jeffrey, J., Gray, R. (2005), Comparison of driver brake reaction times to multimodal rearend collision warninig. Proceedings of the fourth International driving Symposium on human factors in driver assessment. Training and Vehicle design.
47. Jesty P H and R A P Bossom (2007). “Involving Stakeholders in ITS Architecture Creation”. ITS World Congress, Madrid, November.
48. Kramer, U., Preston, N. (eds.) (1995), “Man-Machine Interface – Black Book”, Report to the PROMETHEUS Steering Committee, PRO CAR 1, PROMETHEUS Office, Stuttgart.
49. Kumagai- Yasuhiko and kenzo Akazawa,”Recommende Approach to Introducing ITS in Asian Countries”
50. Longitudinal collision (1998), Avoidance Learning from the Evaluation and Analysis of Performance Website.
51. Lowrie P R. (1982), “The Sydney Coordinate Adaptive Traffic System – Principles, Methodology, Algorithms”. Proceedings of the IEE International Conference on Road Traffic Signalling, London.
52. McQueen B and J McQueen (2004). “Intelligent Transport System s Architectures”. Artech House, Boston.
53. Miles-John C and KanChen (2004),”PIARC – ITS Handbook 2th edition”.
54. Norman, D (2006). “The Design of Everyday Things”, Basic, New York
55. Robertson D I and PB Hunt (1982). “A Method of Estimating the Benefit of Coordinating Signals by TRANSYT and SCOOT”. Traffic Engineering and Contol 23
56. Robertson D I and R D Bretherton (1991), “Optimising networks of Traffic Signals in Real-Time – the SCOOT Method”. IEEE Transactions on Vehicular Technology 40.
57. Safety Application of ITS in Europe and Japan (2006) , U.S. DOT.
58. Sage, A.P. (2000), Systems Engineering, John Wiley & Sons, New York, USA.
59. Salvendy G. (ed.) (2001), “Handbook in human Factors and Ergonomics (2nd edition)”, John Wiley & Sons, New York.
60. Sims A G et al. (1982), “SCATS – Application and Field Comparison with a TRANSYT Optimised Fixed Time System”.
61. Smart moves (1996), A decision maker’s guide to the intelligent transportation infrastructure,U.S. DOT.
62. Taxonomy for classification of ITS Benefits Information (2002), Center for Telecommunications & Advanced Technology Mitretek System, 22July.
63. cclondon.com
64. centrico.ten-t.com
65. citylink.vic.gov.au
66. cordis.ru/Telematics
67. emro.who.int/vip (Eastern Mediterranean status report on road safety)
68. highways.gov.uk
69. isna.ir
70. khabaronline.ir/detail/286975/society/urban
71. kia-eng.com
72. ltd.org
73. ltd.org
74. mlit.gol.jp
75. prepass.com
76. rta.nsw.gov.au
77. vics.or.jp
78. who.int/en (Speed Management, Global Road Safety partnership) and world Report on Road Traffic Injury prevention, world HealthOrganization, Geneva
79. xcm.org
80. www.Trafficland.com
81. www.vdot.state.va.us