The corresponding conventional K y K x rectangular frame-ordered scene image B relates to its lexicographically ordered vector-form representation b via the standard row by row expansion (so-called lexicographical reordering) procedure, B L [9].
A lexicographical rank ordering of schools within each specific grouping would then be performed with greater emphasis given to attractiveness scores calculated from closer contextual groupings (i.e. through an alphabetical or dictionary style of sorting).
The corresponding conventional K y ×K x rectangular frame-ordered scene image B = {b k x, k y ); k x, = 1,...,K x ; k v, = 1,...,K y } relates to its lexicographically ordered vector-form representation b = L B = {b k); k = 1,...,K = K y ×K x } via the standard row-by-row concatenation (i.e., lexicographical reordering) procedure, B = L - 1 {b} [1].
Different combinations of criteria are proposed in lexicographical order.
To circumvent this drawback, SI uses pre-computed cardinalities of n-balls in Zn to enumerate lattice vectors in the lexicographical order.
Then, a Gröbner basis is computed for the ideal generated by the h-cuts of the system with respect to the lexicographical order using Faugère's algorithm, i.e., F4 algorithm.
Applying a lexicographical ordering on the objective functions of derived problem, two efficient algorithms are provided to find the preemptive priority-based solution(s), namely p-successive shortest path algorithm and p-network simplex algorithm.
The prediction problem of a multivariate wide-sense stationary process on Z2X= Xm,n)(m,n εZ2 with non-full-rank spectral density along a set of pasts corresponding to a lexicographical ordering of Z2 is considered.
The version with the higher lexicographical order is stored.
File is sorted by lexicographical order of SMARTS strings.
