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Risk Allocation of Private Port Development with Hierarchical Fuzzy Process
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 Title & Authors
Risk Allocation of Private Port Development with Hierarchical Fuzzy Process
Seong, Yu-Chang; Youn, Myung-Ou;
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As economic trade between Korea and China has been encouraged with the rapid growth of Chinese economy and port competition in Northeast Asia, Korean government is trying to promote development and consolidation of ports to cope with the lack of facilities. Thus, many projects for port development have been propelled including the enactment the `Private investment promotion law for social overhead capital 1994.` However, there are still some unsettled issues since considerable part of risk is still allocated to the Government when it has to support the private businesses in these port investments whenever unexpected problems arise. Allocation of risk among the participants - in this case especially - is a very subtle issue, however, it was revealed that not many precedent researches were done on the subject. In my previous research, I classified and analyzed 4 principle risks i.e, construction, management, financial and social risk. This research investigates the reasonable allocation of the risks among the participants using the Hierarchial Fuzzy Process. In the result of analysis, responsibility of private party is the most important and it must put the responsibility before Government` roll concerned. Also, this research displayed and proposed the direction of management method on port development in a view of minimizing risk and maximizing initiative of a private party.
Port development;Privateinvestet;Decision making;Allocation of risk;Hierarchical fuzzy process(HFP);
 Cited by
Ha, H. G. and Ahn, J. H (1998), "Evaluation and reformation of private investment", Korea transport institute.

Jorion, P. (1997), "Value at Risk, The New Benchmark for Controlling Market Risk", New York: McGraw Hill.

Kim, S. G.(1995), "Issue on Social Overhead Capital Construction of Inchoen air port", Korea transport institute.

Kim, G. S. and Lee, G. C. (2003), "Fuzzy AHP and FCM driven Hybrid Group Decision Support Mechanism", Journal of information application & management, pp.239- 250.

Nho, S. K. and Jeong, W. H. (1997), "Improvement for infrastructure in private investment", Korea development institute.

Park, J. J. (2002), "How to encourage Private Investment", Graduate shcool of civil science-Seoul metropolitan university.

Private, F. P. (1996), "Risk and Reward in PFI Contracts", U.K.

Satty, T. (1998), "The Analytic Hierarchy Process", Mcgraw-Hill.

Seong, Y. C. (2006), "Risk Priority and Allocation of Private Investment in Port Development", Intemation journal of navigation and port research, 30(7). pp.599-605. crossref(new window)

Sugeno, M. (1980), Fuzzy System, seabooks, Tokyo

Tsukamoto, Y. (1982), "Transformation from Probability Measure to Fuzzy", Journal of japan automatioc measurement and control 19(3), pp269-270.

UNCITRAL (1998), Legislative Guide on Privately Finance Infrastructure Projects.

Walker, C. & Smith, A. J. (1995), "Privatized Infrastructure: the BOT Approach", London: Thomas Telford Publication.

Yang, J. C. (1998), "Improvement of infrastructure and participating", Korea research institute for human settlements.

Youn, M. O. and Keum, J. S. (2003), "Port management" Haein Publication.