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Financial planning via multi-stage stochastic optimization
John M. Mulvey
, Bala Shetty
Operations Research & Financial Engineering
Bendheim Center for Finance
Center for Statistics & Machine Learning
Research output
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Contribution to journal
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Article
›
peer-review
72
Scopus citations
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Keyphrases
Financial Planning
100%
Multi-stage Stochastic Optimization
100%
Stochastic Program
66%
Risk Management
33%
Popular
33%
Computer Science
33%
Financial Markets
33%
Operations Research
33%
Stochastic Programming
33%
Interior Point Method
33%
Volatility
33%
Investment Decisions
33%
Individual Investors
33%
Problem-based
33%
Discrete-time
33%
Scientific Community
33%
Investment Strategy
33%
Stochastic Dynamics
33%
Information Technology
33%
Optimization Model
33%
Dynamic Stochastic
33%
Stochastic Control
33%
Planning Problem
33%
Insurance Companies
33%
Computer Technology
33%
Pension Plans
33%
Pension Insurance
33%
Exotic Derivatives
33%
Integrative Approach
33%
Complex Product
33%
Computational Operations
33%
Multi-stage Optimization
33%
Financial Optimization
33%
Parallel Optimization Algorithm
33%
Optimization under Uncertainty
33%
Government Entities
33%
Financial Issues
33%
Distributed Optimization Algorithm
33%
Home Country
33%
Financial Analysis
33%
Computer Science
Financial Planning
100%
Stochastic Optimization
100%
discrete-time
50%
Stochastic Programming
50%
Stochastic Control
50%
System Analysis
50%
Computer Science
50%
Interior-Point Method
50%
Information Technology
50%
Science Community
50%
Popular Approach
50%
Distributed Optimization (Algorithms)
50%
Financial Optimization
50%
Multi-Stage Optimization
50%
Computer Standard
50%
Risk Management
50%
Economics, Econometrics and Finance
Risk Management
100%
Volatility
100%
Financial Market
100%
Investors
100%
Investment Strategies
100%
Insurance Company
100%
Operations Research
100%
Social Sciences
Stochastics
100%
Financial Planning
100%
Risk Management
16%
Banks
16%
Information Technology
16%
Optimization Model
16%
Investors
16%
Computer Science
16%
Insurance
16%
Operations Research
16%
Financial Market
16%
Volatility
16%
Financial Analysis
16%
Mathematics
Stochastics
100%
Discrete Time
16%
Interior Point
16%
Operations Research
16%
Pension Plan
16%
Time Structure
16%