A physiology-aware communication architecture for distributed emergency medical CPS.
Mohammad HosseiniRichard R. BerlinLui ShaPublished in: ICCPS (2017)
Keyphrases
- communication overhead
- communication cost
- fully distributed
- distributed architecture
- multimedia communication
- distributed processing
- master slave
- distributed control
- distributed systems
- scalable distributed
- communication protocol
- communication protocols
- computer networks
- loosely coupled
- open systems
- distributed computation
- multi tier
- multi agent architecture
- hierarchical architecture
- management system
- layered architecture
- spatially distributed
- highly distributed
- agent based architecture
- interprocess communication
- multi agent
- control architecture
- publish subscribe
- global knowledge
- local area network
- distributed object
- distributed environment
- multi party
- cyber physical systems
- cooperative
- lightweight
- mobile agents
- hardware implementation
- grid enabled
- single point of failure
- distributed network
- heart rate
- information dissemination
- heterogeneous environments
- real time
- concurrent processes
- peer to peer
- communication networks
- software architecture
- command and control
- agent technology
- distributed query processing
- network architecture
- exchange information