In silico approaches, often used for early predictions, are relatively less costly and less time involved, when compared to standard experimental approaches [9, 15].
Through studying experiences, an approach often used within life-world research for studying illness [ 19- 23], keys can be found which clarify and give incentives for interventions at critical points of the sick-listing process.
Based on reverse correlation, an approach often used to reveal the basis for spatial sensitivity in auditory cortical neurons [ 22, 23], we developed a method to determine whether specific features of the source spectrum consistently elicit behavioral responses to a particular location.
This is an approach often used in the United Kingdom.
Because practical control systems are often limited by its sensing, hardware, and computation speed capabilities, the reduced order approach is often used for a control system design.
Starting with the Quad-Edge data structure as the basis, a simple implementation is described: this approach is often used for TIN models.
The mathematical approach is often used for the calculation of saturation indices of groundwater with respect to mineral phases, thus providing some indication upon the equilibrium stat between groundwater and the surrounding mineral rock assemblages.
The mathematical approach is often used for the calculation of saturation indices with respect to mineral phases, thus providing some indication upon the equilibrium state between groundwater and surrounding minerals rock assemblage.
This approach is often used for building atomic models based on electron microscopy density maps (29– 31).
Therefore, RAD-QTL approach often use a rare-cutter enzyme (SbfI for instance) to increase read count per RAD tag per individual and reduce sequencing cost per individual [ 23– 25].
