And the subscript of some variable involved in partial correlation calculation (formula (2)) given in Definition 4 (Partial correlation) should have been "X, Z" rather than "X, 2".
Consider a language with three atomic sentences, p, q, and r, and an information state consisting of three worlds, wpq, wqr, and wpr, where the subscripts of each world indicate which atomic sentences are true at that world.
At the cross section, both PMEs have a protruded metal region with a width of D, height of h, and periodicity of p. The subscripts of A and B represent devices with nanohole-type and nanopillar-type PMEs, respectively.
Thus, in the expansion of D, each summand has q factors, and the sum of the subscripts of the factors of each summand is q 2 − q.
To find the required determinants, we apply the permutation technique [16]: write down all permutations of, denoted by of cardinality, where ! represents factorial operator and take each permutation as the subscripts of the letters which are the rows of the matrix and sum with signs determined by, where is the number of permutation inversions in.
A concrete form of the expression is given by begin{aligned} eta = 1 - frac{S_{mathrm{C}} T_{mathrm{C}} +1/u_{mathrm{C}}}{S_{mathrm{H}}T_{mathrm{H}} +1/u_{mathrm{H}}}, end{aligned} (4 where the subscripts of H and C represent the values at the hot and cold edges.
The subscripts of HH, HV, and VV represent the polarimetric channel of SAR image, respectively.
The subscripts of C, R, and G for π stand for domestic chickens, red and green junglefowls, respectively, and those for d stand for two species compared.
The subscripts of a class refer to the associated user.
The subscripts, of or denote the index of an individual pixel of the corresponding image.
