A stock border compensation technique for gaseous energy scheduling in steel enterprises under uncertainty.
Liu ZhangZhong ZhengYi ChaiYongzhou WangKai ZhangShipeng HuangSujun ChenPublished in: Comput. Chem. Eng. (2024)
Keyphrases
- steel industry
- scheduling problem
- scheduling algorithm
- iron ore
- stock market
- resource constraints
- energy consumption
- round robin
- stock price
- high tech
- resource allocation
- business applications
- energy minimization
- competitive advantage
- belief functions
- virtual enterprise
- production line
- logistics industry
- fuzzy linear programming
- np hard