The phrase "applications in system" is not correct as it lacks clarity and specificity in written English.
It could be used in contexts discussing software or tools that operate within a particular system, but it needs additional context to be meaningful.
Example: "The applications in system integration have greatly improved our workflow efficiency."
Alternatives: "applications within the system" or "software in the system".
Basic studies in system science explore the theories, principles, and properties of abstract and concrete systems as well as their applications in system engineering.
Extensive comparisons with exact effective length results have been carried out for isolated members, and applications in system instability analyses are demonstrated.
System algebra can be used to model, specify, and manipulate system designs, analyses, syntheses, refinements, and validations in a wide range of applications in system science, system engineering, cognitive informatics, cognitive computing, software engineering, and intelligent systems.
Accordingly, this paper reviews the main basic research types and methods and their corresponding applications in system safety analysis, aiming to let more experts know the current research status and also provide guidance for relevant researches.
The SDP has many important applications in systems and control theory [1] and combinatorial optimization [2 4].
This method is called GBM because of its similarity to backstepping method and more applications in systems than it.
Lossless systems have many applications in systems and control theory, including signal processing, filter design, system identification, system approximation, and the parameterization of classes of linear systems.
Our abstract setting is not limited to applications in systems of neural networks; we illustrate its use in an equation with distributed delay motivated by biological models.
Recently, an interesting nonlinear generalization of the SVD, referred to as the Riemannian SVD (R-SVD), has been proposed by De Moor for applications in systems and control.
With the protocol engaged, there is a seamless execution of distributed applications in systems with multiple replicated nodes under the presence of failures.
The computational prediction of all biologically relevant or novel alternative routes in regulatory networks has numerous applications in systems biology.
