A ratio between 1 6 and 1 8 is advantageous for medium size clusters.
Amplification was represented by small to medium size clusters of signals (EGFR) or by more than 50% of cells carrying more than 5 copies of the signals (MYC, 5p15.2 and TP63).
Thus, their analyses of the hymenopteran data sets (over 1,100 species and 80,000 sites) required only 9 days on a medium-size cluster, complete with estimates of support obtained via bootstrapping.
Small and medium-size clusters, on the other hand, show different reactivities for every size, although these reactivities do not vary smoothly with size.
An important difference between clusters, in particular small and medium-size clusters, and bulk solids is the structure that is assumed by their most stable form.
The binding energies of medium-size clusters vary rather smoothly with N, but they are in general considerably lower than the binding energies of bulk matter.
Medium-size clusters of metal atoms have electronic energy states that are close enough together to be treated like the bands of bulk metals, but the conducting properties of these clusters are different from those of the bulk.
Medium-size clusters have properties that vary smoothly with the number of constituent particles (denoted N), but their properties, such as the melting point, differ significantly from those of the corresponding bulk.
With HASEonGPU, time to solution is reduced to minutes on a medium size GPU cluster of 64 NVIDIA Tesla K20m GPUs and excellent speedup is achieved when scaling to multiple GPUs.
