Sentence examples for effectively taken into from inspiring English sources

First, the effective number of gene sets effectively taken into account to generate the presented results is significantly lower the complete set used to run the automated analysis.

In this manner, the human factor issues can be effectively taken into account at the early design phase and the costs of ergonomic evaluation will be significantly reduced.

The actual dynamic range of the ICCD was effectively taken into account by limiting the peak value in each simulated image to the maximum counts, and normalizing the entire image accordingly.

Hauser was a popular scientist too; he even has a best-selling book: Moral Minds: How Nature Designed Our Universal Sense of Right and Wrong where he somewhat ironically argued that "policy wonks and politicians should listen more closely to our intuitions and write policy that effectively takes into account the moral voice of our species".

It has been shown that DEA can handle multi-mode wave propagation effectively taking into account mode conversion between shear, pressure, and bending waves.

It is a tool developed in the Committee for the Future of the Finnish Parliament for technology foresight that effectively takes into account the impacts of emerging radical technologies.

Secondly, as a combination of (6), (7), and (8), it effectively takes into account the three performance issues: bandwidth utilization, QoS guarantee, and fairness.

Their method does not effectively take into account the presence of hyper-intense pixels representing normal structures in T1 post-contrast images.

The proposed model can effectively take into account various complex operational issues such as critical intersection selection, demand rerouting, and signal timing.

It should be emphasised that the PDF derived in Section 2 can effectively take into account irregular locations and transmission powers of BSs. Figure 1 Locations of the CoI and the interfering BSs.

High requirements on accuracy of the structural response (displacements and stresses) needed in intensity applications are satisfied by employing the "swept static solution", which effectively takes into account the influence of higher modes otherwise inaccessible to numerical computation.