As the current best known values can differ from the true process, there can be a loss in information and this can lead to unwanted process behavior.
For other benchmark problems with jobs between 50 and 100, the proposed algorithm, ADJ-Reduced improved the existing best known values within a practical time frame.
Results of computer simulative experiments show that the proposed method updates some of the best known values with very short time and that the proposed method provides a better performance with solution accuracy over existing algorithms.
The final integration flow was leading to a consistently low electrical defect density, which is comparable to the best known values of reference schemes with larger area consumption and lower quality factors.
Comparing per-instance average results to the best known values, an average deviation of only 1.25% is observed.
Comparing the best out of five random runs to the best known values, the deviation reduces to 0.31%, on average, and four new best solutions can be identified.
Local vector bionomic and behavioral data are used where available, and if not available, best known values for the species in general are used.
Widely quoted but at best vaguely known values for these factors are: R* = 10/yr, fp = 0.5, ne = 2, fl = 1, fi fc = 0.01, and thus N = L/10.
Importantly, the best known clique value C* remains intact, since the clique of that larger value exists in the original graph and can be used for the decomposed one, helping to eliminate vertices.
However, these experiment designs critically depend on the current best known parameter value.
