Sentence examples for implementation of faults from inspiring English sources

However, a higher vertical and horizontal resolution than that used for this study and the implementation of faults into the model would be needed, which in turn would require an improved structural and (hydro geological database.

In the proposed methodology, selection of fault models and implementation of fault injection and evaluation processes is addressed.

The susceptibility of digital systems to faults requires the implementation of Fault Tolerant architectures to ensure high-reliability and availability.

This paper discusses the design and implementation of fault aware collective algorithms for tree structured communication patterns.

The focus here is on fault detection and isolation (FDI) and the implementation of fault-tolerant strategies within the control algorithm.

The main feature of this architecture is the possibility of deployment in a distributed multi-platform system and implementation of fault isolation by running the CF stage in a separate low-throughput reliable machine for stand-alone degraded mode operation.

The focus is on the implementation of fault tolerance, autonomous operation and operational flexibility by means of specific linked data structures and code execution mechanisms that can be interpreted as a kind of object oriented model for mission sequencing.

Using Partial Reconfiguration (PR) in conjunction with Triple Modular Redundancy (TMR) is an emerging approach in recent publications dealing with the implementation of fault tolerant processors on SRAM-based FPGAs.

In this paper, we present a middleware solution that allows CIs sharing real-time information, enabling the design and implementation of fault mitigation strategies and mechanisms to prevent the cascading phenomena generated by the failure propagation from one infrastructure to another.

To analyze human error in human computation systems, we join together human error concepts from Human Error Theory [23] and concepts related to the implementation of fault prevention and tolerance in computing system from Human-in-the-Loop [25] and machine-based distributed systems [43] literatures.

Finally, possible implementations of fault tolerant controller schemes are shown, which represent the key issues of the sustainable control design for safety-critical systems, such as the offshore wind turbine installations.