In other words, in equation (93), the six dri are arbitrary.
The Flesch readability tools utilise the sentence length (number of words per sentence) and the number of syllables per word in specific equations with different weighting factors to calculate the reading ease and grade level respectively.
Note that for the regular Pre-HARQ scheme, where the retransmissions include the entire code word, L = 1 in Equation 28.
Similarly to N2, D2*is defined as the inner product of the standardized word counts as shown in Equation (3), but in this case n(w) only contains w itself, and the background model is computed on the concatenation of both sequences.
To verify the relevance of the word in the domain, the index ponders the ordination of the word considering the words of the corpus, as shown in Equation 17. thd t j ( c ) = r t j ( c ) W ( c ) - r t j ( g ) W ( g ) (17).
Given the class label, the occurrence of a word is not independent of all other words, even though this is assumed in Equation 2. This may result in that conditionally dependent words can have too much influence on the classification.
In other words, since Equation 4 can be approximated by θ ≈ 4 ϕ e δ ϕ e 2 because usually ϕ e ≫δ thus δ 2 ϕ e ≈ 0, Equation 7 yields: D D B ≈ 1 - 4 δ ϕ e, (8).
In words, Equation 2 states that the change in entropy with time will always be greater or equal to the change of heat divided by the temperature, or put more simply using Equation 1, the change of entropy with time will always be greater or equal to the starting entropy.
If all the hypotheses for utterance X i contain the same number of words, then the second item in Equation 3 for one hypothesis will be the same as that of others in the N-best list, based on Equation 4, shown as n ij μ ij ≈ n ik μ ik, ∀ i, j, k s.t.
In other words, δ1, δ2 in Equations 17 and 18 are exact.
Proportion 1 becomes: Stated in words, this equation says that the rate at which a certain radioisotope disintegrates depends not only on how many atoms of that isotope are present but also on an intrinsic property of that isotope represented by λ, the so-called decay constant.
