Exact(3)
The framework describes how informational asymmetries in combination with rational, motivational and heuristic factors explain human reliance behavior.
In order to turn it into an efficient reduction algorithm, we will focus on two heuristic factors: (a) sorting the basis vectors b 1, b 2, …, b m to construct the matrix L of (6b) such that the lengths of the basis vectors can be maximally reduced quickly and, as a result, the running time of the algorithm can be significantly saved and (b) the complexity of the algorithm.
A number of other factors have been explored for their possible association with risk perception, including demographic and psychological factors [ 10, 13, 14, 15], coping and cognitive factors [ 21] and heuristic factors [ 22].
Similar(57)
Swarm-based algorithms [5] and in particular, ant colony-based algorithms use the biotic techniques as meta-heuristic factors [6] in deciding the valid routes.
Moreover, heuristic sliding factors are implemented as fuzzy inference.
Surprisingly, their algorithm changes only the position specific heuristic adjustment factors from the NMT Predictor model, leaving the original, animal-biased amino acid PSSM intact.
Previously available methods rely strategically on pre-selection by a relatively unrestrictive amino acid profile, followed by subtraction of heuristic adjustment factors to remove false positives.
To improve specificity, structural data on the binding pockets of N-myristoyltransferases from fungal and mammalian species have been incorporated via a series of heuristic adjustment factors, which are subtracted from position specific scoring matrix (PSSM) results to obtain the final scores.
In addition, we study the heuristic branching factor of T b,d) and the effective branching factor of BFS, DFBnB, ID, and RBFS on T b,d).
Contrary to conventional wisdom, our analysis shows that the asymptotic heuristic branching factor is the same as the brute-force branching factor.
To obtain agreement with empirical data, in [5] this expression is modified to account for dependencies using a heuristic correction factor, that is, (44).
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