The phrase "application in a broad" is not correct in English.
It seems to be an incomplete expression and lacks clarity.
Example: "The application in a broad context can lead to various interpretations."
Alternatives: "application in a general sense" or "application in a wider context".
By virtue of its applicability to time-varying and nonlinear systems, adaptive signal processing finds application in a broad range of practical fields such as telecommunications, radar and sonar signal processing, biomedical engineering, and entertainment systems.
These unique properties are being exploited to create new diagnostics and therapeutics for application in a broad spectrum of organ systems.
The examples shown demonstrate the advantages of the technique for high-resolution NMR, but we expect the approach will also find application in a broad variety of areas including imaging and in vivo spectroscopy.
It explores emerging technologies and their application in a broad range of engineering disciplines, including communication technologies and smart grids.
We use the term 'knowledge application' in a broad sense which implies both, knowledge acquisition and knowledge application in the sense of Greiff et al. (2013a).
Outlier detection has immediate application in a broad range of contexts, particularly, for machine learning techniques, effective decision on the observations with categorizing them as normal or outlying are important for the improvement of learning performance.
We have then described a policy model putting this application in a broader research policy context to demonstrate that an isolated metadata sharing policy is superior to an isolated data-sharing policy, and that both policies combined achieve the best results in terms of publications, thus emphasizing the important role of the DoD in this context.
The overall acceptance of this type of application in a broader CKD population remains unclear, as does its utility in improving adherence or disease outcomes.
The field has applications in a broad range of areas ranging from finance to transportation to energy optimization.
Over the past decade or so researchers have been developing nanotechnology applications in a broad range of fields including engineering, electronics, biotechnology, medicine, power generation and environmental protection.
Research ranges from development of basic theory, methodologies, algorithms, and computational infrastructures to adaptations of this work for challenging applications in a broad array of fields.
