A factor graph (FG) based technique provides a unifying strategy to a vast variety of the problems in communications, signal processing and general inference algorithms [1, 2].
Both the OH-based and H-atom based techniques provide close estimates of heat release rate.
CAD based techniques provides increase in Cholesterol detection rate by 7.62%.
Template-based techniques provide a 3D model for a target loop based on sequence and stem geometry similarity with respect to candidate template loops (Browne et al., 1969; Deane and Blundell, 2000; Deane and Blundell, 2001; Marti-Renom et al., 2000).
On the other hand, complex network-based techniques provide a different kind of classification that is able to capture formation patterns in the data sets.
Both breakpoint-based and interval-based techniques provide a graphical feedback of the resulting functions that are addressed only to the musician, since they are displayed on the devices she/he is operating on.
In the case that the phonetic content of enrollment and test sessions is same, we may assert that only those components which are observed in the speaker frames need to be adapted, but FA-based techniques provide a global adaptation to all the Gaussian components including those unobserved Gaussian components, whose performance should be questionable compared with traditional MAP adaptation.
Recently, microarray-based techniques provide a powerful tool to map methylation patterns in multiple genes and multiple CpG sites within genes [ 17, 18].
This (usually) synchrotron based technique provides information on the chemical state and short-range atomic order of the top few microns of a surface.
Moreover, we show that the C-CHMM based technique provides improved accuracy in segmenting texture patterns of diversified nature, as compared with popular methods such as the HMTseg and the JMCMS.
