Sentence examples for control more precisely from inspiring English sources

Thus, it has become possible to control more precisely each step in the cheese-making process and to manufacture a more uniform product.

It allows to respect desired geometric properties during the restoration, and to control more precisely the regularization process.

Therefore, enterprises will be able to take profits under control more precisely if they can tell whether the customer's order is acceptable and estimate the new product cost.

Geometrical tolerances are used over and above normal dimensional tolerances when it is necessary to control more precisely the form or shape of some feature of a manufactured part, because of the particular duty that the part has to perform.

This is because the model with gain control more precisely locates the peaks and dips of the plot, although both models can reproduce the qualitative structures (fovea-parafovea difference and N-shaped threshold curve in the parafovea) of the subject's sensitivity.

According to our results, it seems that children and adolescents also have this plasticity to exploit any sensory information available for postural control, more precisely when the others are missing or probably because the considerable body's changes occurring during adolescence, may lead oldest subjects to under-use the information provided by the proprioceptive pathway [8].

The bit rate can be controlled more precisely in the proposed DVC system, since the number of available quantization tables is about eight times greater than that for conventional systems.

By adopting the bitplanewise zigzag scanning method to decide the quantization levels for each transform coefficient, the bit rate can be controlled more precisely in the proposed DVC system, since the number of available quantization tables is about eight times greater than that of fixed quantization tables, which is used to control bit rates in conventional DVC systems.

To tease apart the role of spatial and temporal effects in the variable lifespan blood vessel model, we developed a "fixed lifespan blood vessel" model in which we controlled more precisely spatial and temporal dynamics.

Further study, controlling more precisely for population stratification is indicated.

This generates hypotheses that can then be tested in an experimental mouse model in which pre-existing cognition and pathology can be controlled more precisely.