There are many works about different applied models by using distinct types of fractional derivatives via or without singular kernel ([1 6]), discrete fractional boundary value problems within the Riesz space cases ([7, 8]), finite difference calculations ([9 13]), distinct types of fractional finite difference equations ([14 26]), and some equations including the nabla operator ([27 30]).
We used distinct types of visual motion stimuli to compare CSv with V5/MT and MST, including a visual pursuit paradigm.
They analyzed types of non-functional testing targeted using search techniques, different fitness functions used in distinct types of NFSBST, and challenges in the application of these techniques.
When only 16 predictors were used (red bar in (A )), the model used four distinct types of computations.
The reduced data set of 24 parameters is fitted using 9 distinct types of predictive models: logistic regression, linear discriminant analysis, quadratic discriminant analysis, support vector machines (using linear, radial basis function and polynomial kernels), decision tree, random forest and stochastic gradient boosting.
All communications in NDN are performed by using two distinct types of packets: Interest and Data, both of which carry a content name [5] that uniquely identifies a piece of data.
Then, using two distinct types of antagonists, we show that breast adenocarcinoma cells that display less Globo H are less vulnerable to cytotoxic RNases.
The results presented here suggest that a helical assembly using three distinct types of interactions is the general mechanism that underlies the assembly of domains of the DD superfamily.
Structural variation in genome resequencing data is commonly predicted using two distinct types of evidence derived from how reads map to a reference genome: paired-end mapping (PEM) and split-read alignment (SRA) evidence.
The operational matrix of fractional derivatives has been derived for some types of orthogonal polynomials, such as Chebyshev polynomials [17], Jacobi polynomials [18] and Bernstein polynomials [19], and it has been used to solve distinct types of fractional differential equations, see [20 23].
