The phrase "automatic fault" is correct and usable in written English.
It can be used in contexts related to technology, machinery, or systems where a fault or error occurs automatically without manual intervention.
Example: "The system experienced an automatic fault, causing it to shut down unexpectedly."
Alternatives: "automatic error" or "self-triggered fault".
In this work, an automatic fault detection method for grid-connected photovoltaic (GCPV) plants is presented.
In this study the influence of different stopping criteria on automatic fault diagnosis is investigated.
The proposed automatic fault detection system (AFD) monitors the HVAC system states continuously by fuzzy system.
In the last four minutes before the crash, the airplane sent a series of 24 automatic fault messages to a maintenance center in France.
Also an automatic fault recognition system is designed using probabilistic neural network (PNN) to provide the faulty phase and faulty section involved in the TCSC based line.
In applying our fault tree generation tool, the results of this case study show the implications of an automatic fault tree generation approach in support of design space exploration of fault tolerant architectures.
In future, the current research can be used in the field of automatic faults detection and diagnostics (FDD) in buildings, as the current research helps in finding the different performance patterns.
In automatic software fault localization techniques, both the coverage and the testing outcomes of the provided test suite are considered to be essential information.
Basically, the FDAS is a control allocator, but this primary function is enhanced with the ability of automatic thruster fault detection and accommodation.
Recently, wireless sensor networks (WSNs) have been used in various smart grid applications, including remote power system monitoring and control, power fraud detection, wireless automatic metering, fault diagnostics, demand response, outage detection, overhead transmission line monitoring, load control, and distribution automation.
This paper presents an automatic and scalable fault tolerant model designed to be transparent for applications and for message passing libraries.
