Sentence examples for at successive levels from inspiring English sources
The phrase "at successive levels" is correct and usable in written English
It can be used to describe a process or situation that occurs in a series of stages or tiers. Example: "The evaluation will be conducted at successive levels to ensure thorough assessment of each phase."
Comparable trends occur in flowering plants, in which leaves at successive levels of plant maturity often show a progressive increase in the complexity of lobing or toothing.
In 1978, Tanahashi (9) proposed a cascading model to illustrate how health systems lose performance because of bottlenecks at successive levels, each dependent on the previous layer.
But we seem to be dealing with phenomena 'rerepresented' at successive levels of brain organization (Berridge 2003a) rather than simply localized in one area, as is sometimes suggested (e.g., Schroeder 2004).
However, evidence that contradicts this model, and even suggests that modular reorganization may occur at successive levels of molecular function, is beginning to appear, considerably complicating the mapping of genotype to phenotype.
The proposed algorithms are based on two novel local pruning strategies called LPMAX and LPMaxGenClo that are designed to prune non-maximal, non-closed and non-generator patterns earlier and more efficiently at two and three successive levels of the prefix tree without subsequence relation checking.
The progression, therefore, proceeding upward from atoms and energy, is toward fewer units, larger and more complex in pattern, at each successive level.
"One of the most important things I learned about the receiver position is that at each successive level there are more details to playing the position well," wideout Marvin Jones said after Monday's Senior Bowl practice.
At each successive level, the number of directional subbands is 2, 4, 8, and 16. Figure 3 Frequency partitioning (k = 3, 2k wedge-shaped frequency subbands) [12].
The calculation of pan-genome, core genome and singletons provides view of genetic repertoire of the bacterial pathogen lineage at the successive level, orthology shared and specific gene subsets.
Furthermore, the flexibility of TX-TL allowed us to systematically validate the functioning of each level of the cascade by adding successive levels one at a time.
Additionally, increasingly subtle or energetically local behaviors can be encoded by learning AR models at successive clustering levels; how we couple AR-models at potentially disparate hierarchical levels to give a coherent picture of protein fluctuations is a topic of future work.
