Two-level utilization-based processor allocation for scheduling moldable jobs.
Ying-Jhih WuShuo-Ting YuKuan-Chou LaiAmit ChhabraHsi-Ya ChangKuo-Chan HuangPublished in: J. Supercomput. (2020)
Keyphrases
- optimal scheduling
- scheduling problem
- parallel machines
- identical parallel machines
- identical machines
- scheduling strategy
- resource allocation
- release dates
- job scheduling
- precedence constraints
- scheduling algorithm
- computational grids
- unrelated parallel machines
- limited capacity
- single machine
- processing times
- resource utilization
- resource manager
- parallel processors
- release times
- minimize total
- scheduling decisions
- wafer fabrication
- grid resource
- scheduling jobs
- precedence relations
- deteriorating jobs
- instruction scheduling
- multiprocessor systems
- maximum lateness
- flowshop
- allocate resources
- allocation strategy
- sequence dependent setup times
- container terminal
- batch processing
- setup times
- distributed memory
- parallel processing
- capacity allocation
- single machine scheduling problem
- allocation strategies
- scheduling policies
- grid computing
- fixed number
- batch processing machines
- instruction set
- weighted tardiness
- production scheduling
- completion times
- np hard
- optimal allocation
- list scheduling
- computer architecture
- single chip
- combinatorial auctions
- total cost
- flexible manufacturing systems
- high speed