Browse by Authors

31 October 2012

Guo, Xu and Lam, Kin and Wong, Wing-Keung and Zhu, Lixing (2012): A New Pseudo-Bayesian Model of Investors' Behavior in Financial Crises.

15 January 2013

Guo, Xu and Wong, Wing-Keung and Zhu, Lixing (2013): Two-moment decision model for location-scale family with background asset.

10 February 2013

Guo, Xu and Zhu, Xuehu and Wong, Wing-Keung and Zhu, Lixing (2013): A Note on Almost Stochastic Dominance.

21 August 2013

Guo, Xu and Wong, Wing-Keung and Zhu, Lixing (2013): Almost Stochastic Dominance and Moments.

Guo, Xu and Wong, Wing-Keung and Zhu, Lixing (2013): Almost Stochastic Dominance and Moments.

11 September 2013

Guo, Xu and Wong, Wing-Keung and Zhu, Lixing (2013): Make Almost Stochastic Dominance really Almost.

8 November 2013

Guo, Xu and Wong, Wing-Keung and Zhu, Lixing (2013): An analysis of portfolio selection with multiplicative background risk.

26 November 2013

Guo, Xu and Post, Thierry and Wong, Wing-Keung and Zhu, Lixing (2013): Moment Conditions for Almost Stochastic Dominance.

12 December 2013

Alghalith, Moawia and Guo, Xu and Wong, Wing-Keung and Zhu, Lixing (2013): Input Demand under Joint Energy and Output Prices Uncertainties.

1 February 2014

Guo, Xu and Wong, Wing-Keung and Zhu, Lixing (2014): Almost Stochastic Dominance for Risk-Averse and Risk-Seeking Investors.

18 August 2014

Guo, Xu and Li, Gao Rong and Wong, Wing Keung (2014): Specification Testing of Production Frontier Function in Stochastic Frontier Model.

22 September 2015

Guo, Xu and Lien, Donald and Wong, Wing-Keung (2015): Good Approximation of Exponential Utility Function for Optimal Futures Hedging.

April 2016

Alghalith, Moawia and Guo, Xu and Wong, Wing-Keung and Zhu, Lixing (2016): A General Optimal Investment Model in the Presence of Background Risk.

11 April 2016

Guo, Xu and Wong, Wing-Keung (2016): Multivariate Stochastic Dominance for Risk Averters and Risk Seekers.

17 March 2017

Guo, Xu and Wagener, Andreas and Wong, Wing-Keung and Zhu, Lixing (2017): The Two-Moment Decision Model with Additive Risks.