Sentence examples for which simultaneously improved from inspiring English sources

Specifically, the models generated were more evenly distributed across different shape classes, which simultaneously improved class coverage such that more shape classes were represented within each of the 12 constraint combination populations with variable K than when compared to fixed K.

It is a procedure of choice which simultaneously improves gait mechanics and limb length discrepancy with retention of joint range of motion.

Businesses and entire industries that managed to grow at a rapid clip over the past few decades are being thrown off course by the forces of globalization and technological disruption, which have simultaneously improved the lives of billions but have also thrown into stark relief the stubborn inequities and injustices that persist across the globe.

The combinations of SCM (pozzolanic reaction) and saturated reefs aggregate (internal curing) can provide a refined pore size distribution and optimistic microstructure of ITZ in RAC, which simultaneously can improve its compressive strength and chloride permeability.

Therefore, surface modification of 316 LSS with various coating techniques, which could simultaneously improve the corrosion resistance, biocompatibility and bioactivity is necessary.

The ideas here presented allow the design of new methods for motion sensitive magnetic resonance imaging, which could simultaneously improve the resolution, robustness and accuracy of motion estimates.

In addition to aiding the development of the simulation of paperboard deep drawing, the hinge yield strength was also found to be the only studied material property which could simultaneously improve all three quality measures.

Increasingly, corporations will tap into this need which will simultaneously improve their bottom lines and improve our world.

We are thus motivated to present a joint design of CAC and BR mechanisms which aim at simultaneously improving the utilization efficiency of network resources and guaranteeing QoS for admitted new connections and handoff connections.

This paper introduces a bi-objective turning restriction design problem (BOTRDP), which aims to simultaneously improve network traffic efficiency and reduce environmental pollution by implementing turning restrictions at selected intersections.

It is believed that hierarchical heterostructure increased the surface area which proving more active sites for effective HER and simultaneously improved the lifetime and transfer of photogenerated charge carriers due to the potential difference generated on the ZnO TiO2 interface.