Sentence examples for less adaptability from inspiring English sources

During infant maturation, an increase in α signifies less variability and more stability in the control system, whereas in aging and disease, a too high α can perhaps be associated with less adaptability of the system.

Later findings by Huonker et al. suggested that larger elastic arteries (e.g., aorta) show less adaptability than smaller conduit arteries (subclavian, femoral) supplying peripheral limb muscle groups (Huonker et al. 1996, 2003; Schmidt-Trucksass et al. 2000).

This may be the result of less adaptability of the central nervous system for the group with alterations of motor control (LAS group) as previously observed for static postural control [ 70].

Then the higher adaptability coefficients are given to the training data from more adaptable cases than those from less adaptable cases.

They are also more likely to have difficulties at home, at school and with their peers and have less social adaptability [ 12].

According to Morgan (2005), species to be used for revegetation should be selected based on the following parameters: species properties of rapid growth; toughness in respect of diseases and pests; ability to compete with less desirable species; adaptability to the local soil and adaptability to the local climatic conditions.

The species has a wide adaptability, less demanding of nutrient rich soil than other conifer.

A suggestion is made that costly traditional techniques may now be superceded through use of embedded processing power with the advantage of attaining good performance and adaptability for less expense.

The better performance of our deinterlacing algorithm with higher content-adaptability and less memory cost than the state-of-the-art 4-field motion detection algorithms can be seen from the subjective and objective experimental results of the CIF and PAL video sequences.

On the other hand, most of these distributed sleep/wake scheduling schemes make the sensors self-organized to carry out network tasks, which have less messaging cost and better adaptability to dynamic conditions [16].

Compared to traditional hard engineering, nature-based flood protection can be more cost effective, use up less raw materials, increase system adaptability and present opportunities to improve ecosystem functioning.