Sentence examples for modification approaches that from inspiring English sources

In this article, we investigate three basic types of modification approaches that best represent the possible modifications, named as: (a) CSI feedback from serially transmitted CTS packets, (b) CSI prediction from serially transmitted CTS packets, and (c) CSI prediction from simultaneously transmitted CTS packets (detail in Section 3).

Along with the discussion on modification approaches that best represent the possible ways that could be carried out to upgrade conventional CSMA/CA into MU-MIMO aware CSMA/CA, we provided their detail performance analysis, based on the analytical modeling and derived expressions, in terms of throughput and delay.

In this article, we discuss some of such modification approaches that best represent the possible modifications.

Most biomaterials have a lack of a simple, efficient and robust antifouling modification approach that limits their potential for biomedical applications.

Specifically, this article examines the characteristics of students with LD from a metacognitive perspective, Identifies curricular issues specific to a typical nursing curriculum, reviews legal obllgations under the Americans with Disabilities Act (1990), and provides examples of classroom and clinical modifications including teaching approaches that can benefit all students.

One limitation of an RNA modification mapping approach that uses LC-MS/MS is the inability to assign specific modified nucleoside identities in the MS/MS spectrum, where isomeric modifications could exist.

This modification makes use of hybrid approaches that borrow from recent theoretical developments in microarray data analysis.

For the ease of deployment, the approaches that require a modification at the intermediate nodes are considered difficult and those solutions in the end nodes are identified as easy for development.

Here, a brief overview on advantages and limitations of this technology in comparison with other chemoselective protein modification techniques is provided and successful approaches that extend the application range of SML are discussed.

Promising methods include engineering biofuel export systems, heat shock proteins, membrane modifications, more general stress responses, and approaches that integrate multiple tolerance strategies.

Integrated treatment approaches that combine nutrition education, behavioral modification, and individualized diet instruction are showing success.