Sentence examples for approaches require complex from inspiring English sources

Both approaches require complex gridding meshes, leading to heavy computational time.

However, these approaches require complex sample preparation procedures, expensive and bulky instruments, and professionally trained personnel running the tests.

This is key to accurate calculation of protein turnover rates; other heavy isotope labeling approaches require complex calculations to indirectly estimate and compensate for changes in precursor pool enrichment (Price et al., 2010, 2012; Kim et al., 2012).

The current understanding of kinematic pile bending mostly relies on either continuum approaches, requiring complex numerical calculation or iterative decoupling, or Winkler beam approaches, overlooking the continuity and shear stiffness of soils.

However, this approach requires complex operative procedures.

This approach requires complex physical layer processing at the transmitter and/or receiver, and in order to approach potential capacity, full knowledge of the channel gains between all pairs of transmit and receive antennas.

Nevertheless, the approach requires complex fabrication protocols that limit throughput and multiplexing capabilities.

In contrast to those fluorescence-based approaches that require complex data processing and calibration procedures, here we report a simple and quantitative alternative, which relies on the measurement of small absorption spectra changes over time with a fiber-optic system.

To date, researchers have also proposed the addition of multiple NTA groups to increase affinity 18– 20 or forming covalent bonds through photo-chemical 21, 22 (or other less specific) 23, 24 reactions to achieve a permanent interaction, but these approaches typically require complex syntheses and are often unspecific.

The approach does not require complex models, and it may also allow combining regional and local information in a straight forward manner.

While many within-host models of sexually-transmitted infections (STIs) are available in existing literature, these models are difficult to deploy in clinical/experimental settings since simulations often require complex computational approaches.