Sentence examples for characterize more complex from inspiring English sources

The testing methods described in this chapter pertain specifically to simple materials and require adaptation to reliably characterize more complex systems such as the pelvic floor and surrounding organs.

New methods in molecular rotational spectroscopy will characterize more complex samples and create chemical images of interstellar objects.

The main objective of this paper was to improve the overall RD performance of a state-of-the-art DVC codec using a more powerful SI creation framework, notably exploiting perspective transform motion modeling to better characterize more complex video motions.

Although some small networks, such as certain metabolic networks in bacteria or yeast, are relatively well characterized, more-complex networks, such as developmental networks, remain only partially understood.

Recently, efforts have been made to characterize more fully the complex interactions between the health of occupants and the interior spaces they inhabit.

The second subnetwork is characterized by more complex interactions between a variety of drug classes that vary between the chicken and turkey datasets.

This process, studied mostly under saturated conditions, in reality usually occurs under unsaturated conditions, which are characterized by more complex modes and have not been studied in depth before.

Generally, video sequences with complex camera motion (such as Mobile and Calendar, and Bus) can be better characterized with more complex motion models, and thus, higher RD performance gains can be obtained.

Sequences bearing more than seven cysteine residues within the mature region were considered as characterized by more complex disulfide arrays and discarded.

We note that examining the interaction between these 2 model systems should be considered an initial step toward characterizing the more complex phenomenon of risk taking.

Many natural populations are, however, characterized by more complex migration patterns than the stepping-stone model used in our work, for instance, influenza or SARS (Hufnagel et al. 2004; Kaluza et al. 2010; Eggo et al. 2011).