An analysis of derivative markets efficiency in emerging economies
2011
0 views
0 downloads
Advisor: Yrd. Doç. Dr. Ece Ceylan Karadağlı
Abstract (EN)
In this study, Efficient Market Hypothesis in weak form is applied to futures markets in European Emerging Economies, by testing whether the price series of these markets contain unit root. The hypothesis that futures market price index follow a random walk tested for Greece, Hungary, Poland, Russia and Turkey, using the linear unit root tests (ADF and PP), linear panel unit root test, nonlinear unit root test developed by Kapetanios et al. (2003) and nonlinear panel unit root test developed by Ucar and Omay (2009). The data is monthly and it was collected from DataStream. There are 70 monthly observations for each market between the period of September 2005 and June 2011. The results of ADF and PP show that all futures markets are weak form efficient. Nonlinear unit root test results indicate that Polish and Turkish futures markets are not weak form efficient. The findings of the linear panel unit root test show that this group when considered as a whole, are efficient in the weak form while the findings of the nonlinear panel unit root test indicates that they are inefficient as a group.
Author
Mehmet Gürhan Dönmez
Institution
How to Cite
Mehmet Gürhan Dönmez (Master Thesis). An analysis of derivative markets efficiency in emerging economies, 2011, Çankaya University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Çankaya University
- Investigation of amazon and google for fault tolerance strategies in cloud computing services(2015)
- Exchange rate and inflation relationship: The case of Turkey(2023)
- Effects of the economic news on herd behavior(2023)
- Experimental analysis of effects of different network parameters on TCP / IP networks(2025)
- Reconstruction of patriarchy through matriarchy: A critique of gendered power structures in Naomi Alderman's The Power(2025)
- Characterization of under-hood airflow in construction equipment using experimental techniques(2025)