We present and implement an architecture using stream processing to provide near-realtime, cross-boundary, distributed, scalable, fault-tolerant monitoring.
Further studies that involve a new application, a different Operating System and a new layer (an Application Server) will allow verifying the generalization of the approach to other fault tolerant systems, monitored layers and set of indicators.
To understand better the defense response to this pathogen as a means for obtaining more tolerant cultivars, we monitored the transcriptome profiles of roots from resistant plants of G. barbadense cv.
An innovative fault tolerant, high-energy particle monitor designed to record protons in the range 35 500 MeV when in polar orbit aboard NASA's Gravity Probe B spacecraft, is described.
Recent advances in computational power have allowed the use of online parameter estimation techniques in varied applications such as reconfigurable or adaptive control, system health monitoring, and fault tolerant control.
In this context, Cyber-Physical Systems (CPS) for intelligent condition monitoring enable fault-tolerant, predictable production systems.
Finally, the design and implementation of the integrated monitoring and fault-tolerant control architecture are demonstrated using a chemical process example.
The autonomic reflex reaction is achieved through a pulse monitor, which essentially extends the heartbeat monitor concept developed for fault tolerant systems to include reflex urgency levels and health check summary information.
Related works in this section describe different approaches to make MPI systems fault-tolerant and also strategies for MPI monitoring, including the detection of performance anomalies.
Many information exchanges (such as status updates, low-priority monitoring information or delay-tolerant measurements) between different devices do not need to be transmitted immediately.
