Graph based similarity methods such as Maximum Common Substructure (MCSS) [12,18] and Maximum Overlapping Set (MOS) [15] similarity based methods put a high weight on the common substructure.
Thus, although we cannot guarantee optimality over the entire search space, we propose three methods to design high weight multiple seeds: a constrained exhaustive search, a reduction to the integer programming problem and a 'tuples-grouping' algorithm.
Cube-shaped porous carbon (CPC) was obtained from the carbonization of MOF-5 (Zn4O OOCC6H4COO 3) crystals and shows abundant micro/mesopores, high mechanical strength, largest surface area (2316 m2 g−1, BET method) and good electrical conductivity (a high weight ratio 98.17/1.83 of C/O).
Given the purpose of predicting future performance, our method assigned higher weights to data points associated with larger sample size.
Both of the cost, the strength, the security and the aesthetics by using the optimal designed method together with the highest weight method.
This method is built upon Jannink's weighting method [ 13], in which low-frequency favourable alleles obtain a high weight.
The method used to determine gene weight gives, as expected, a high weight factor to genes already known to be highly expressed in certain cancers.
Similarly, "gas emission in seam", "pyrite content", "depth of cover", "moisture content", "extraction method", "rate of advance", and "filling of extracted area method" have the highest weight in the system, and so a small change in these parameters will affect, to a considerable extent, the behavior of the system.
In this method, Metabolic PathFinding, highly connected metabolites such as pool metabolites receive a high weight.
This method attributes a higher weight to the abdominal signal.
