Min-Max Regret Scheduling To Minimize the Total Weight of Late Jobs With Interval Uncertainty.
Maciej DrwalPublished in: CoRR (2017)
Keyphrases
- min max
- parallel machines
- job scheduling
- scheduling problem
- identical machines
- fuzzy linear programming
- identical parallel machines
- unrelated parallel machines
- minimize total
- release times
- release dates
- precedence constraints
- scheduling strategy
- processing times
- computational grids
- multiobjective optimization
- minimax regret
- max min
- wafer fabrication
- scheduling policies
- optimal scheduling
- scheduling jobs
- batch processing
- single machine
- weighted tardiness
- precedence relations
- interval type fuzzy
- sequence dependent setup times
- deteriorating jobs
- single machine scheduling problem
- setup times
- lower bound
- maximum lateness
- scheduling algorithm
- flowshop
- online learning
- interval valued
- scheduling decisions
- batch processing machines
- worst case
- list scheduling
- utility function
- expert advice
- interval type fuzzy sets
- fixed number
- loss function
- resource allocation
- round robin
- flexible manufacturing systems