Sentence examples for real-time maintenance from inspiring English sources

However, a criticism of existing real-time maintenance systems is their inability to describe, predict or prescribe specific maintenance actions [19].

Part of it is the sheer scope of possible applications, from real-time maintenance of equipment to virtual design that allows for new, improved and customized products, to a smart supply chain and the creation of new business models.

That method can directly be used in the existing underwater monitoring equipments, which will improve the ocean monitoring performance of real-time, maintenance-free, and expansibility.

It may even be possible to supply consumers with adapted updates on demand and enable real time maintenance of databases to be carried out.

Automated systems have the potential to eliminate manual tasks (e.g., safety and inspection documents, warranties) and provide the ability for more cost-effective preventative maintenance (e.g. real-time scheduling, maintenance histories) (Thomas et al. 2012).

The results show considerable improvement in the estimation of the parameters using the enhanced BJEST algorithm due to estimation consistency, hence, improving the real-time predictive maintenance system.

An algorithm, to estimate the machine system parameters from the motion current signature, based upon non-linear time series techniques for use in the real-time predictive maintenance system is presented in this paper.

Recent field tests show that the technical obstacles to obtaining real-time information from maintenance vehicles can be overcome.

It might therefore be necessary in some IoT applications to enable two-way communications through any type of firewall, e.g. to enable real-time control and maintenance.

There is relatively little literature on the opportunities that real-time information, e.g., from maintenance vehicles, would offer for combining these two segments and taking the applied research and practice one step further.

Digital twins capture real-time data, allowing smarter maintenance and service schedules for physical objects such as large pumps, airframes and turbines.