Title :
Option-games on infrastructure investment in Vietnam: Focused on Smart City project
Author :
Nguyen Thu Ha ; Fujiwara, Takao
Author_Institution :
Toyohashi Univ. of Technol., Toyohashi, Japan
Abstract :
Successful countries provide economy and society with infrastructure needed to maintain growth. Over the last decade, the Government of Vietnam has maintained high level of infrastructure investment. However, the electricity shortage, the natural disasters and the emission of greenhouse gasses still have been challenges that Vietnam has to confront to sustain high economic growth in the long term. Japan, one of the most developed nations, is moving forward aggressively to become a major global player in Smart Cities. For this reason, we focus on this promising `Smart City´ project for considering the investment in Vietnam. This project requires huge investment financial amounts and long term to profitability under uncertainty. Hence, Public-Private Partnership (PPP) is an attractive scheme to optimize the trade-off between Vietnamese government-owned corporation (seeking for technology and capital) and foreign private firms (for market demand and regulation knowledge). In a context of a strategic partnership as a coopetition method, how the option-games as a methodology can find the optimality on the trade-off between flexibility and commitment for irreversible investment under uncertainty and competitiveness. Then the result is proposed to value the boundary of cooperate investment opportunities for both sides in this project.
Keywords :
game theory; investment; macroeconomics; organisational aspects; profitability; public administration; PPP; Vietnam; Vietnamese government-owned corporation; electricity shortage; foreign private firms; greenhouse gasses emission; high economic growth; infrastructure investment; irreversible investment; macroeconomic stability; natural disasters; option-games; profitability; public-private partnership; smart city project; Cities and towns; Companies; Equations; Government; Investment; Mathematical model; Uncertainty;
Conference_Titel :
Management of Engineering & Technology (PICMET), 2014 Portland International Conference on
Conference_Location :
Kanazawa