In contrast to our model, these approaches usually do not include an explicit definition of genetic interaction between the species, which limits their application for interpreting patterns of genetic variability in natural populations [ 40].
Defining instruments in a software-independent XML document simplifies the process of defining instruments and variations and allows a single instrument to be deployed on as many platforms as there are software applications capable of interpreting the instrument, thereby broadening the potential target audience for the instrument.
Specifically, interest will rise, given the availability of new methods and applications for interpreting NHANES data in health risk contexts.
This chapter provides an overview of four computational modeling approaches and their applications for interpreting biomarker data.
Currently, DOLite is utilized in the Functional Disease Ontology (http://www.projects.bioinformatics.northwestern.edu/fundo) Web application to interpret clinical relevancies of a gene list.
There is also co-operative work in Earth observation, assisting the Chinese with the development of applications to interpret satellite data.
Mathematical analysis of interpreting experimental data, as well as predicted temperature-time policies for practical applications, is illustrated.
Figure 4 demonstrates the application of SiDCoN to interpreting the level of DNA copy number change in the presence of stroma (4b and 4c), and estimating the mixture levels of multiple copy number changes (4a and 4b).
As an application that interprets how influential its users are on Facebook, Tumblr, LinkedIn, and everything else, Klout assigns statistically based ratings according to the amount of social contact you receive and generate.
To wit, we present a categorization based on how a SBIM application chooses to interpret a sketch, of which there are three primary methods: to create a 3D model, to add details to an existing model, or to deform and manipulate a model.
