Sentence examples for tolerant architecture from inspiring English sources
A new approach based on residual structure analysis is proposed to provide a fault tolerant architecture.
An experiment was carried out with the commercial ArcSight SIEM product to test the throughput when using redundant SIEMs in a Byzantine fault tolerant architecture.
They all confirm the capability of the studied reconfigurable control and proposed fault tolerant architecture in ensuring the system's service continuity.
Analysis of the structure of the internal computer system with virtual memory and the disaster recovery system based on the needs of the design of a virtual network storage model and disaster tolerant architecture based on this model.
In this paper we consider an intrusion tolerant system with two detection modes; automatic detection mode and manual detection mode for intrusions, which is called SITAR (Scalable Intrusion Tolerant Architecture), and describe the dynamic transition behavior by a continuous-time semi-Markov chain (CTSMC).
The susceptibility of digital systems to faults requires the implementation of Fault Tolerant architectures to ensure high-reliability and availability.
The external SEU generator into FPGA is implemented and its function is verified on an evaluation board ML506 for several types of fault tolerant architectures.
Field Programmable Gate Arrays are especially sensitive to Single-Event Upsets and Single-Event Transients, since the configuration memory of the chip can be affected, resulting in permanent error; thus, special care must be taken when implementing Fault Tolerant architectures for FPGAs.
The proposed fault-tolerant architecture includes the software design of error detection and diagnosis, as well as the error recovery.
This paper introduces fault-tolerant architecture based on diversified steering mechanisms consisting of SBW backed up with steering by braking and acceleration during SBW failures.
It offers the ability to collect, integrate, analyze, and visualize continuous data streams in real time, with a scalable, highly available, and fault-tolerant architecture.
