The second model is the probability matrix, which describes the generic length probability of significant rock mass characteristic categories.
The basic idea of color by correlation is to precompute a correlation matrix which describes the extent to which proposed illuminants are compatible with the occurrence of image chromaticities [34, 35].
In all these cases, the operation for the network can benefit from knowing the link gain matrix, which describes the transmitter-receiver power ratio among all the nodes in the network taken pairwise.
By concatenating the x and y coordinate of every single point of the contour following the aforementioned order, we obtain a 2×N matrix which describes the contour of the subject, being N the number of points of the contour.
This method identifies the spatial matrices, namely mass matrix, damping matrix and stiffness matrix, which describe the properties of dynamic structures, using experimentally measured FRFs (Frequency Response Functions) within the frequency range of interest.
hfill hfill end{aligned} (1 where X k ∈R n and Y k ∈R l are the state variable and output of the system in discrete time k, respectively; A∈R n×n is the system matrix, which describes the dynamic behaviour of the system; C∈R l×n is the output matrix of the system; w k ∈R n and v k ∈R l are system noise and measurement noise, respectively.
Before we decide on our individual invitees, we create what we call an "attendee matrix," which describes our desired composition of the group, their industries, experience levels and backgrounds.
Briefly, the function lmFit in limma accepts a model matrix, which describes the experimental design and produces an output object of class MarrayLM, which stores the fitted model information for each gene.
The class matrix, which describes the functional categories and specifies what genes are members of what classes, was created in a similar way and was based on Gene Ontology (GO), and included classes with at least 10 genes.
