Sentence examples for consequent structure from inspiring English sources

Then, the parameters of the consequent structure are optimized via the recursive least squares (RLS) algorithm.

Consequent structure exploitation yields a computational complexity of O PN), where N is the number of unknowns.

GPUs exhibit high power consumption as a result of floating-point processing and support of highly multithreaded task-level parallelism (including the consequent structure of the memory hierarchy [6]), however; thus a GPU is impractical for use in a battery-powered mobile communication device or an unattended sensor node.

The extent of the oxide/metal interface, probed by Cuδ+/Cu0 and oxide-to-metal surface area (OSA/MSA) ratios, is the key-parameter allowing the normalization of the catalytic specific activity in a wide range (3 60%) of metal dispersion and the consequent structure insensitive character of the CO2 hydrogenation reaction.

Furthermore, they liked the conveniently arranged design, the use of fresh colors and the consequent structure of the different modules.

The proposed Australian cultural policy takes things in the right order: start with ideology and belief in making the case for culture; gather the evidence where you have it; work out a 10 year integrated strategy across government; decide on the consequent structures and funding needs; adjust according to circumstances.

For all datasets, we compared resolutions of their consequent structures produced by different algorithms.

Experiments revealed that our implementation improved resolutions of consequent structures for most cases, but only a little extra execution time was incurred.

The reason might be that PRF corrected some particles' associated clusters, so their orientations were determined more accurately, which lead to higher qualities of consequent structures.

Large fraction of surface atoms in the corners, vertices, edges, distortion of the lattice and consequent electronic structure changes make catalytic activity of ANP different.

Recent computational and experimental probes of high-valent intermediates in heme proteins and model compounds reveal a rich spectrum of chemical behavior that is dependent on the nature of the proximal ligand, metal center, distal- and proximal-binding site environment, porphyrin macrocycle architecture, and consequent electronic structure.