Sentence examples for use of efficient search from inspiring English sources

Radiology expertise is dependent on the use of efficient search strategies.

This representation is called the ONMF mutation profile (ONMF-MP); it is used for efficient search and characterization of patients' genome data, and provides basic information for many data mining tasks in translational bioinformatics.

In Section 4, we propose our generalized solution based on LR with the use of an efficient search center and reduced domain neighborhood.

The idea is to minimize the cost as much as possible by exploring the universe of models using an efficient search strategy.

While this is a valuable design rule in channels with short delay spread, in most practical scenarios where L can be in the order of tens or even hundreds of samples, the theoretical number of subcarriers required to achieve full diversity would make the use of ML detection difficult even when using efficient search strategies (i.e., sphere decoding).

Heterozygous Ccnd2+/− mice showed no difference regarding the use of directed and efficient search strategies.

Our findings indicate that the proposed algorithm produces compromising solutions of substantial structural diversity and can thus be used for an efficient search of the pharmacologically interesting chemical space as defined by the supplied ligands and constrained by the objectives defined.

For example, if search to a larger extent is allocated to the formal or informal sector instead of the other, the search is inefficiently used as less efficient search methods in that sector need to be used.

The lack of new neurons also did not prevent Ccnd2−/− mice from using directed and efficient search strategies that directly reflect successful spatial learning (Fig. 2h).

Therefore we have to find proper indices for pilot allocation, using efficient search methods.

In line with this, Ccnd2−/− mice – like mice treated with chemically ablated adult neurogenesis – showed a delayed progression toward the use of directed and thus more efficient search strategies that – especially in a context of varying starting positions – rely on a cognitive map presumed to be located in the hippocampus (Fig. 2h; Garthe & Kempermann 2013).