Managing the Balance Between Project Value and Net Present Value Using Reinforcement Learning

Keyphrases

• Computational Experiment 20%
• Control Method 20%
• Decision Maker 20%
• Efficient Frontier 20%
• Financial Objectives 20%
• Financial Returns 40%
• Financial Viability 20%
• Making Decisions 20%
• Mathematical Solvers 20%
• Mixed Integer Programming 20%
• Monte Carlo Control 20%
• Negative Cash Flow 20%
• Net Present Value 100%
• Online Learning 20%
• Organizational Needs 20%
• Problem Complexity 20%
• Project Manager 20%
• Project Planning 40%
• Project Value 100%
• Reinforcement Learning 100%
• Senior Management 20%
• Stakeholder Benefits 20%
• Stakeholder Preferences 20%
• Stochastic Optimization Model 20%
• Superior Performance 20%
• Uncertain Activity Duration 20%
• Value Creation 60%
• ε-greedy Policy 20%

Computer Science

• Activity Duration 50%
• Computational Experiment 50%
• Control Method 50%
• Decision Maker 50%
• Electronic Learning 50%
• Integer Program 50%
• Metaheuristics 50%
• Problem Complexity 50%
• Project Manager 50%
• Project Plan 50%
• Project Planning 50%
• Reinforcement Learning 100%
• Stochastic Optimization 50%
• Superior Performance 50%
• Visual Analysis 50%

Social Sciences

• Cash Flow 20%
• Decision Maker 20%
• Electronic Learning 20%
• Maximization 20%
• Monte Carlo 20%
• Neglect 20%
• Net Present Value 100%
• Optimization Model 20%
• Project Planning Management 20%
• Stochastics 20%