2015
DOI: 10.1016/j.insmatheco.2015.10.007
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Optimal dividends under a stochastic interest rate

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Cited by 26 publications
(42 citation statements)
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“…From the discussions above, we find the optimal dividends strategies in dual risk models under stochastic interest rates, assuming the discounting factor is a geometric Brownian motion or exponential Lévy process. The strategies are analogous to the ones discussed by Eisenberg [5]. In restricted case, where the dividends payment is bounded, the optimal strategy is a threshold strategy.…”
Section: Resultsmentioning
confidence: 92%
“…From the discussions above, we find the optimal dividends strategies in dual risk models under stochastic interest rates, assuming the discounting factor is a geometric Brownian motion or exponential Lévy process. The strategies are analogous to the ones discussed by Eisenberg [5]. In restricted case, where the dividends payment is bounded, the optimal strategy is a threshold strategy.…”
Section: Resultsmentioning
confidence: 92%
“…The literature on the optimal dividend problem is very rich with seminal mathematical contributions by Jeanblanc and Shiryaev [32] and Radner and Shepp [42]. More recent contributions include, among many others, the survey by Avanzi [2], Akyildirim et al [1] and Eisenberg [23] who consider random interest rates, Avram et al [3] who allow jumps in the dynamics of X, Jiang and Pistorius [33] who consider a regime-switching dynamics for the coefficients in (1.1), or Bayraktar et al [6] who consider jumps in the dynamics of X and fixed transaction costs for dividend lump payments. However, research so far has largely focused on explicitly solvable examples.…”
Section: Mathematical Background and Overview Of Main Resultsmentioning
confidence: 99%
“…From the construction above, it is easily to verify that the expressions (59)-(61) are solutions to (14) and (15). In addition, the proof on concavity of ( ) is similar to that of Theorem 2.1 in Højgaard and Taksar [29], so we omit it here.…”
Section: If (57) Is True Thenmentioning
confidence: 98%
“…Although the HJB equation (14) with the mixed boundary condition (100) cannot be solved in a straightforward manner, we can establish a relation between ( ) and ( ), in which the boundary condition (100) is replaced by (15), by comparing it with the nonzero terminal bankruptcy problem.…”
Section: Solution Of the Nonterminal Bankruptcy Modelmentioning
confidence: 99%
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