Architecture of a Distributed Real-Time System to control Large High-Energy Physics Experiments.
C. GasparB. FranekJ. J. SchwarzPublished in: Scalable Comput. Pract. Exp. (1999)
Keyphrases
- real time
- high energy physics
- master slave
- real time embedded
- control system
- grid infrastructures
- blackboard architecture
- real time control
- data acquisition
- distributed architecture
- distributed control
- loosely coupled
- control architecture
- texas instruments
- distributed systems
- control strategy
- multimedia communication
- control loop
- multi agent architecture
- vlsi architecture
- situational awareness
- distributed environment
- event processing
- hierarchical architecture
- dedicated hardware
- management system
- complex event processing
- low cost
- scalable distributed
- digital signal processor
- cooperative
- real time systems
- scientific data
- semantic grid
- multi agent
- multi tier
- highly distributed
- vision system
- database
- heterogeneous environments
- geographically distributed
- distributed processing
- computing environments
- quality of service