Financial planning via multi-stage stochastic optimization

Mathematics

• Stochastic Optimization 92%
• Planning 81%
• Parallel Optimization 44%
• Distributed Optimization 40%
• Computer Technology 39%
• Information Technology 38%
• Strategy 37%
• Globalization 36%
• Risk Management 35%
• Dynamic Control 35%
• Government 35%
• Distributed Algorithms 35%
• Stochastic Programming 33%
• Financial Markets 33%
• Optimization Model 32%
• Banks 32%
• Stochastic Dynamics 31%
• Interior Point Method 30%
• Operations Research 30%
• Volatility 29%
• Stochastic Control 29%
• Optimization Algorithm 28%
• Insurance 27%
• Community 26%
• Market 26%
• Computer Science 24%
• Uncertainty 22%
• Discrete-time 21%
• Optimization 19%
• Modeling 17%
• Derivative 16%
• Framework 15%
• Standards 14%

Business & Economics

• Stochastic Optimization 100%
• Financial Planning 93%
• Interior Point Method 42%
• Operations Research 36%
• Stochastic Control 34%
• Investment Choice 33%
• Savings 31%
• Stochastic Dynamics 31%
• Complex Product 31%
• Pension Plans 30%
• Stochastic Programming 30%
• Computer Technology 29%
• Financial Analysis 29%
• Individual Investors 28%
• Computer Science 28%
• Home Country 26%
• Discrete-time 26%
• Borrowing 25%
• Optimization Model 25%
• Investment Strategy 25%
• Insurance Companies 24%
• Derivatives 24%
• Globalization 21%
• Risk Management 19%
• Financial Markets 19%
• Uncertainty 15%
• Modeling 15%
• Government 15%

Engineering & Materials Science

• Pension plans 54%
• Planning 49%
• Stochastic programming 34%
• Financial markets 31%
• Insurance 30%
• Banking 30%
• Operations research 29%
• Risk management 28%
• Computer science 26%
• Information technology 23%
• Derivatives 21%
• Uncertainty 16%
• Industry 11%