A robust optimization approach for an artillery fire-scheduling problem under uncertain threat.
Yong Baek ChoiSuk Ho JinKyung Sup KimByung Do ChungPublished in: Comput. Ind. Eng. (2018)
Keyphrases
- robust optimization
- scheduling problem
- robust counterpart
- chance constrained
- flowshop
- stochastic programming
- mathematical programming
- tabu search
- np hard
- portfolio optimization
- risk measures
- decision making
- lot sizing
- decision theory
- semidefinite programming
- sufficient conditions
- case based reasoning
- lower bound
- cooperative