The phrase "a high criticality" is correct and usable in written English.
It can be used in contexts where you are discussing the importance or urgency of a situation, task, or issue.
Example: "In this project, we must address the issues with a high criticality to ensure timely completion."
Alternatives: "a high level of importance" or "a significant urgency".
This paper addresses this issue and describes a prototype tool, called XWeaver, which is based on the aspect-oriented programming technology to achieve the adaptability of reusable software components in an automated way XWeaver is an aspect weaver for C/C++ that is specifically designed for adapting software with high criticality requirements, as it is for a majority of control applications.
The issue is particularly relevant in light of the multi-dimensional nature and the substantial complexity of UWM systems, as well as for the high criticality level assumed by these systems in recent years.
However, it should be emphasized that all tasks received high criticality ratings (in excess of 5.60 in each case), and are therefore perceived to be important to all midwives in absolute terms, irrespective of grade.
Normally, at the ordinary criticality level the only countermeasure is keeping a more frequent monitoring activity, while moderate and high criticalities can give way to real alerts addressed to municipalities and to other environmental agencies.
Furthermore, the factor "Support, commitment and involvement" continued to be the only one to appear in all selected publications, and its number of occurrences increased, evolving from a medium to a high level of criticality, which confirmed its relevance.
In this paper, we focus on Measurement-Based Timing Analysis (MBTA), the most used technique across domains such as automotive, railway, space and avionics [3]; and that is applied to the highest criticality software, e.g. DAL-A software in avionics [4].
Aiming at the reduction of the required fusion power, a near-term hybrid option was identified which is operated at higher criticality keff ≤ 0.97 and produces less fission power of 1.5 GWth.
The F_MHEFT algorithm aims at improving the performance of systems, while the D_MHEFT algorithm tries to meet the deadlines of more high-criticality functions by sacrificing a certain performance.
High-criticality tasks require spatial and temporal isolation guarantees for independent verification, and the task set should efficiently utilize hardware resources.
Each function has different criticality levels (e.g., severity), and missing the deadlines of certain high-criticality functions may cause fatal injuries to people under this situation.
