Mathematik
Dividend
100%
Piecewise Deterministic Markov Process
63%
Transaction Costs
58%
Gerber-Shiu Function
55%
Penalty Function
50%
Shot Noise
46%
Insurance
41%
Strategy
39%
Model
34%
Optimal Investment
30%
Compound Poisson
29%
Ruin Probability
28%
Risk Theory
27%
Numerical Methods
22%
Reinsurance
21%
Discrete-time
21%
Black-Scholes
20%
Cesàro Means
20%
Policy
20%
Compound Poisson Process
19%
Optimal Transport
19%
Distribution Theory
18%
Renewal
17%
Extremal Problems
17%
Impulse Control
17%
Optimal Strategy
17%
Inconsistent
16%
Numerical Examples
16%
Calculus of variations
16%
Horizon
16%
Shot Noise Process
15%
Uniform distribution
15%
Market
15%
Poisson process
15%
Approximation Methods
15%
Partial Integro-differential Equation
14%
Framework
14%
Penalty
14%
Expected Utility
14%
Probability of Ruin
13%
Observation
13%
Smoothing Techniques
13%
Optimality
13%
Risk Process
13%
Objective function
13%
Renewal Process
12%
Costs
11%
Optimal Stochastic Control
11%
Optimization Problem
11%
Value Function
11%
Betriebs- & Volkswirtschaft
Piecewise Deterministic Markov Process
63%
Dividends
46%
Compound Poisson
44%
Ruin Probability
44%
Gerber-Shiu Function
41%
Risk Model
38%
Penalty Function
32%
Ruin
31%
Transaction Costs
29%
Expected Discounted Penalty Function
26%
Optimal Investment
25%
Discrete-time
24%
LIBOR Market Model
23%
Optimal Dividends
22%
Discounted Utility
22%
Optimal Reinsurance
21%
Stochastic Optimal Control
21%
Approximation
21%
Surplus Process
21%
Control Function
19%
Uniqueness
18%
Dividend Payout
18%
Numerical Methods
18%
Reinsurance
18%
Black-Scholes
18%
Optimal Strategy
18%
Collective Risk Theory
17%
Poisson Process
16%
Renewal
15%
Smoothing Techniques
15%
Funding
15%
Time Horizon
15%
Probability of Ruin
15%
Insurer
14%
Risk-averse
14%
Renewal Process
14%
Penalty
13%
Risk Process
13%
Renewal Risk Model
13%
Surplus
12%
Costs
11%
Weak Convergence
11%
Integro-differential Equation
11%
Stock Market
10%
Relative Risk Aversion
9%
Hazard Rate
9%
Optimal Consumption
9%
Insurance Companies
9%
Martingale
9%
Ruin Theory
9%
