One of the most prominent methods is the frequency threshold excision (FTE), in which the excess interference is clipped from the signal.
The most prominent methods are nitroxide mediated polymerization (NMP), stable free radical polymerization, atom transfer radical polymerization, reversible addition-fragmentation chain transfer (RAFT), etc.
In parallel, several other authors [25, 26, 27] have also summarized scientific effort of detecting the botnets while proposing novel taxonomies of detection techniques, introducing different classes of botnet detection and presenting some of the most prominent methods within the defined classes.
Although several techniques like photolithography, etching, or gas phase synthesis can produce nanowires or nanotubes [4], a template-assisted growing approach of nanoporous AAO is considered as one of the most prominent methods due to the advantages of a controllable diameter, high aspect ratio, and economical way in producing.
There exist various futures studies methods, but the most prominent methods are the Delphi method, causal layered analysis, environmental scanning, morphological analysis, scenario planning, future history, content analysis, back-view mirror analysis, cross-impact analysis, future workshops, and the future wheel.
This class encloses many of the most prominent methods for general purpose segmentation, which are usually easier to extend to multi-dimensional images, including frameworks, such as watershed from markers [6,7], random walks [8], fuzzy connectedness [9,10], graph cuts (GC) [11], distance cut [12], image foresting transform [13], and grow cut [14].
Among them, the merge sort algorithm emerges indisputably as the most prominent method.
The biofunctionalization of electrospun fibers is, however, the most prominent method used and determines the efficiency of these fibers to regenerate biofunctional tissues.
Radiocarbon dating is still the most prominent method for dating organic material from terrestrial and marine archives, and as such many of the recent developments in improving precision have been aimed at this technique.
While official methods have been reported for the determination of each of these drugs alone in their formulations [4], the most prominent method for simultaneous determination of PA, MP, PP, CH, and PS is the HPLC, GC-MS or LC-MS [5 11].
The guidance according to Tenover et al. was the most prominent method [ 12].
