The phrase "a correct system" is correct and usable in written English.
It can be used when referring to a system that functions properly or meets certain standards or criteria.
Example: "In order to ensure efficiency, we need to implement a correct system for managing our resources."
Alternatives: "an accurate system" or "a proper system".
By following a methodological approach, introduced in a previous work, a correct system specification in terms of CSP+T process algebra is systematically obtained from the UML-RT model of a real-time software system.
In order to obtain a correct system embedding dimension, starting from the time series, it is necessary to estimate the attractor dimension D. Among the different dimension definitions, correlation dimension discovered by Grassberger and Procaccia in 1983 [19], is the most popular one due to its calculation simplicity.
The inspection team was concerned by an incident where surgery was carried out in an area without the correct system for ventilation and the disposing of gases used in anaesthesia.
In this paper we examine an important property of correct system design that is called non-Zenoness or time progress.
To achieve the correct system operation, a new schema approach for intelligent energy management based on a multi-agent system is developed and discussed.
It is active in steady states 3 and 4 and inactive in steady states 1 and 2. As a further control for the correct system implementation we considered Bid KO cells (Table 3) and the simulation result also corresponds with the experimental readout data.
We propose a safe design method for safe execution systems: it uses discrete controller synthesis (DCS) to generate a correct reconfiguring system.
We found that a well corrected system and a model eye with minimized aberrations still show mostly high-order aberrations in the range of λ/3 which significantly influence the optical breakdown process.
Correct system development depends on a precise, correct, and complete system description or specification.
The AOP compiler has the ability to weave the decoupled concerns together in order to attain a correct software system.
To deal with these issues, experimental and Computational Fluid dynamic studies were carried out to investigate for a correct SOFC system integration and operation in a confined environment.
