1d:T770,# Fuzzy in-betweenness array computation Starting from a poset dominance matrix, computes in-betweenness arrays by using a user supplied t-norm and t-conorm. ```r FuzzyInBetweenness(dom, norm, conorm, type, ...) ``` ## Arguments - `dom`: square matrix representing the dominance degree between pairs of poset elements. Columns and rows names of `dom` are interpreted as the labels of the poset elements. `dom` can be computed by using functions such as `BLSDominance`, `BubleyByesMRP` and `ExactMRP`. - `norm`: R-function defining the t-norm - `conorm`: R-function defining the t-conorm - `type`: type of in-betweenness to be computed. Possible choices are: "symmetric", "asymmetricLower", "asymmetricUpper". For details on the definition of symmetric and asymmetric in-betweenness see Fattore et al. (2024). - `...`: additional types of in-betweenness to be computed. Possible choices are: "symmetric", "asymmetricLower", "asymmetricUpper". ## Returns a list of three-dimensional arrays, one array for each type of in-betweenness selected by parameter `type`. The array element of position $[i,j,k]$ represents $finb_{p_i,p_j,p_k}$ for symmetric in-betweenness, $finb_{p_i

FuzzyInBetweenness function