Sentence examples for l n from inspiring English sources
Let us choose l : = l ( n ) such that 2 l ⩽ n 8 ⩽ 2 l + 1.
(9) S 2 (l o g λ, L n o r m ) : l o g λ ⋅ C (L n o r m, ) - C (L n o r m, ¬ ) C (L n o r m, ) + C (L n o r m, ¬ ) This scaling factor S2 varies from -1 to 1 depending on co-occurrence counts of C(L norm, ) and C L norm, ¬).
The convergence criteria on the k sample sizes imply that, (5) L n l n l N k - 1 / 2 = λ l * + o 1.
● N = 0. ● SELECT job category L N. ● Set current large job as L N. ● CREATE one VM for L N with capacity C(L N ) 1. Create VMs from next large job L N−1 with capacity C(L N−1) until capacity allocated for L N is reached 2.
where l ( n ) is a slowly varying function with lim n → ∞ l ( n ) = + ∞.
This is seen, for example, L ( n ) = [ l + ( n ) − l − ( n ) ] I N, where l + ( n ) ≥ 0, l + ( n ) → + ∞ as | n | → + ∞, and l − ( n ) is bounded, or L ( n ) = l ( n ) I N, l ( n ) is a polynomial of degree 2m with the property that the coefficient of the leading term is positive.
At 2 mM, l- N-AcAsp and l- N-AcAP4 showed very low activity and were not investigated further.
In order that c k can have a non-zero value, k must satisfy the conditions k + l N + l N ′ = 2 g ( g is an integer ) | l N − l N ′ | ≤ k ≤ | l N + l N ′ |. (15).
Calculate the projections c ̄ l [ n ] of the clipped frame ĉ l [ n ] only along the viable interval by performing the dot product c ̄ l [ n ] = ℜ ĉ l [ n ] · s l [ n ] | s l [ n ] | (45) .
Let M be an l × n matrix.
