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- In this model,the authors established the integro-differential equation for the expected discounted penalty function at ruin in the case of constant force of interest. 就利息力为常数的情形,给出该模型下破产时刻罚金折现期望满足的积分-微分方程。
- The Gerber-Shiu discounted penalty function is considered for the risk modelwith a constant dividend barrier U(t) = u + ct-S(t), S(t) = . The intergrodifferential equation is discussed and solved when claim occurrence relates to Erlang(2) process. 研究了有界风险模型U(t)=u+ct-S(t),S(t)=sum from i=1 to N(t)Y_i中的Gerber-Shiu函数,对索赔到达过程为Erlang(2)过程研究了Gerber-Shiu函数满足的微积分方程并进行求解。
- By virtue of studying the properties and the application of the expected discounted penalty function at ruin, this dissertation is devoted to achieving three aspects of work as follows:1. In the classical risk model, Hans U. Gerber and Elias S. W. 一.;Hans U
- Expected discounted penalty function 罚金折现期望函数
- the expected discounted penalty function 折现罚金函数
- Gerber-Shiu expected discounted penalty function Gerber-Shiu罚金折现期望函数
- Gerber-Shiu discounted penalty function Gerber-Shiu折现罚金函数
- The Expected Discounted Penalty Function of Cox Process with Variable Premium 变保费率风险模型的折现罚金函数
- EXPECTED DISCOUNTED PENALTY FUNCTION AT RUIN FOR RISK PROCESS PERTURBED BY DIFFUSION UNDER INTEREST FORCE 带有随机干扰和确定投资回报风险模型下的破产时罚金折现期望
- The expected discounted penalty function at ruin during the classical risk process with deterministic return on investment 带有确定投资回报的经典风险过程下的破产时罚金折现期望
- Discount Penalty Function and Its Asmptotic Formula in Discrete Trinomial Risk Model 离散三项分布风险模型中的贴现罚函数及其渐近解
- Discounted Penalty Function 贴现惩罚函数
- Finally, this algorithm is applied to some test problems and it has the better results than using the penalty function algorithm. 最后,本算法应用于几个典型例题,并与罚函数法相比较,数值结果表明该算法是可行的,有效的。
- In this paper, we try to apply Binary System Particle Swarm Optimization (BSPSO) with death Penalty function to solve 0/1 knapsack problem. 摘要将带有死亡罚函数的二进制粒子群优化算法应用于0/1背包问题。
- expected discounted penalty at ruin 破产时刻罚金折现期望
- Penalty function method for solving constrained (minimum) optimization problem of a class of better algorithms. 罚函数方法是求解约束(极小)优化问题的一类较好的算法。
- Furthermore.The theory about penalty function method of bilevel multiobjective programming is established. 在单层化的基础上,建立了两层多目标规划的罚函数理论。
- Firstly, we can convert the constraint LMIP into unconstraint one by using the penalty function. 通过构造一种罚函数化有约束的LMIP为无约束或简单约束的LMIP。
- In the Genetic Algorithm, penalty function is often used to deal with constrains. 摘要在遗传算法中,约束的处理一般采用罚函数法。
- Combined with exact non-differentiable penalty function, a new chaos genetic optimization algorithm is presented. 并结合精确不可微罚函数求解非线性约束优化问题,提出了求解此类问题的混沌遗传算法。