Consider (2) r 3 (D 1, D 2 ) = δ 0 + (1 − ∑ i = 1 L 1 l i ∗ n i ), where (3) δ 0 = { 1 if n 0 ≠ 1 (there is at least one common protein between two diseases ), 0 otherwise ; n i : the number of paths with length l 1 (= 1), l 2 (= 2),…, l L (= L ), correspondingly; L : the maximum length corresponding to the furthest path found.
For arbitrary u i ∈ U i = 1, 2,⋯, n), we define the open set of neighbor nodes as N u open = v | u, v ∈ L and correspondingly we define the close set as N u close = N u open ∪ u.
Let L be the correspondingly ranked set of individuals where l = 1 is the individual with the minimum m i.
It is evident if we define, correspondingly, a ) l ω ( e a, e ß ) α l g ( Fe a, e ß ) and b ) l β ( c A, c B ) ω l g ( ° Fc A, c B ) Open image in new window.
(1) or (4), via B L M P 1 and B L M P 2 correspondingly.
And to minimize the peak crushing force, the efficiency coefficient d p is written as follows: {d}_{mathrm{p}}=1-frac{f_{2 x)}-{f}_2^l}{f_2^u-{f}_2^l}, (17 where f l and f u, correspondingly, are the lower and upper bounds of the objective function in the design space.
When the lowest-energy structure changes from R rows to R + 1 rows, the number of lines will change from L to (L − dl) correspondingly, where dl is the decrement of number of lines.
(ii) Score r 2 (D 1, D 2) is defined as the combination of the three most significant paths with length l k = 0, l k = 1, and l k = 2. Consider (1) r 2 = 2 ∗ n l = 0+1 1 ∗ n l = 1 + 1 2 ∗ n l = 2, where n l =0, n l =1, and n l =2 are the number of paths with l k = 0, l k = 1, and l k = 2, correspondingly.
Score r2 (D2, D2) is defined as the combination of the three most significant paths with length l k = 0, l k = 1, and l k = 2. Consider (1) r 2 = 2 ∗ n l = 0+1 1 ∗ n l = 1 + 1 2 ∗ n l = 2, where n l =0, n l =1, and n l =2 are the number of paths with l k = 0, l k = 1, and l k = 2, correspondingly.
Correspondingly, m i l l s taken out from C lls should be added into complete genes set C1 in the next iteration of BPCA imputation.
Selenite resistant strain SeIV grew normally at 50 mg Se × l-1 selenite and divided correspondingly to the untreated wild type (compare Figure 6A and 6B).
