Sentence examples for heterogeneous functionality from inspiring English sources

Considering yeast-to-human inference relations, the nodes in the human network resulted from 766 one-to-one homology cases, 64 human nodes are composed of 138 genes due to the n-to-one cases, and 170 nodes are formed of 386 genes due to one-to-m relations (more precisely, 148 nodes include gene of similar biological function, while 21 nodes contain genes with heterogeneous functionality).

In view of that the programmable solutions will be preferable for video codec applications with programmable and reconfigurable processing cores, the heterogeneous functionality and the algorithms can be executed on the same hardware platform, and upgraded flexibly by software manipulations.

In contrast to weighted MR images, DCE-MRI revealed heterogeneous vascular functionality in all tumor cases.

Based on a standardized specification, SmartComponents, which are virtual representations of real components, enable the exchange of their full functionality between heterogeneous engineering tools.

Network devices will always be heterogeneous, both in the functionality they provide and in the way they represent and use management data.

The deliberate manipulation of concentration and temperature profiles resulting from the integration of an additional adsorptive functionality with heterogeneous catalytic activity can be impeded significantly by mass transfer limitations.

The scope of the proposed system include: (a) to allow for flexible adaption of the functionality for heterogeneous HISs through the Internet, (b) to instantly present online PROs and PCRs for prostate cancer patients, and (c) to provide a user-friendly clinician-oriented interface for clinicians.

Hierarchical functional networks allow the establishment of models linking data and functionalities from heterogeneous levels of a system structure.

Methanol, higher alcohols and ethers are synthesized on a large scale over heterogeneous catalysts with specific functionalities.

Moreover, the biological processes controlling drug efficacy or development of diseases are based on networks of heterogeneous, yet interacting, biological functionalities.

This review aims to provide an overview on the structural diversity, tunable properties, and synthetic strategies of these GMs, followed by highlighting their multi-functionality in heterogeneous photocatalysis.