Load scheduling for distributed edge computing: A communication-computation tradeoff.
Minghui ZhaoWei WangYitu WangZhaoyang ZhangPublished in: Peer-to-Peer Netw. Appl. (2019)
Keyphrases
- load balance
- communication overhead
- round robin
- meeting scheduling
- communication cost
- scheduling algorithm
- efficiently computing
- inter processor communication
- distributed control
- fully distributed
- distributed computation
- multi agent
- flow control
- load balancing
- computer networks
- multiprocessor systems
- spatially distributed
- distributed environment
- dynamic scheduling
- distributed systems
- cooperative
- efficient computation
- edge detection
- computational complexity
- scheduling problem
- distributed network
- group communication
- fault tolerant
- computational grids
- open systems
- exchange information
- mobile agents
- multi party
- information dissemination
- edge information
- communication systems
- parallel processors
- interconnection networks
- edge detector
- grid computing
- lightweight
- peer to peer
- resource constraints
- concurrent processes
- interprocess communication
- multi robot coordination
- flexible manufacturing systems