Yazar "Usta, İlhan" için listeleme
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Parameter estimation using different information-theoretical divergence measures
In this paper, a approach for parameter estimation is presented by using different divergence information measures. A comparison of the proposed approach and usual methods, such as the moment method, the least square method, ... -
Portfolio optimization with entropy measure
Usta, İlhan; Mert Kantar, Yeliz (Acta Press Anaheim, 2007)In portfolio management, the selection of portfolio weights has received considerable interest. Considering the expected return, risk and uncertainty, the portfolio distribution is to be determined. The maximum entropy ... -
A Statistical Investigation on Wind Energy Potential of Northwest of Turkey
Usta, İlhan; Mert Kantar, Yeliz; Arık, İbrahim; Yenilmez, İsmail (IEEE, 2016)The northwest of Turkey is an important region which is a rapidly developing industrial center. Thus, energy analysis of this region has a high importance for the region's geopolitical, economic and demographic structure. ... -
A Study on Estimation of Wind Speed Distribution by Using the Modified Weibull Distribution
The knowledge of the probability density function of wind speed is key information for the determination of wind energy potential of the specified region. In the literature, the Weibull distribution is a widely-used and ... -
Use of MinMaxEnt distributions defined on basis of MaxEnt method in wind power study
Shamilov, Aladdin; Mert Kantar, Yeliz; Usta, İlhan (Pergamon-Elsevier Science LTD, 2008)Knowledge of the wind speed distribution is an important information needed in evaluation of wind power potential. Several statistical distributions have been used to study wind data. The Weibull distribution is the most ... -
Wind speed analysis using the Extended Generalized Lindley Distribution
Mert Kantar, Yeliz; Usta, İlhan; Arık, İbrahim; Yenilmez, İsmail (Pergamon-Elsevier Science LTD, 2018)The wind energy potential of a specified region can be estimated using the distribution of wind speed. Thus, finding appropriate wind speed distribution is essential. Weibull distribution (WD) is the most popular distribution ...