Sentence examples for successively improved from inspiring English sources

Each spacecraft made a single close flyby, providing successively improved scientific data in accord with concurrent advances in spacecraft and instrument technology.

By employing different projectiles and successively improved chemical propellants, the dual goal of most arms designers has been the creation of man-portable weapons of greater firepower and reduced weight.

In a government context, instead of working on each individual stage of a program or policy in isolation — for example, planning, design, implementation, or testing/review, teams work to create successively improved versions of a "Minimum Viable Product" (MVP) that can be tested directly with users.

It is proved that the Hardy-Sobolev inequality can be successively improved by adding to the right-hand side a lower-order term with optimal weight and constant.

The development and parameterization of our IBMs followed the ideas formulated in the Pattern Oriented Modeling strategy [46], [53], and models were successively improved and reparameterized until good fits between emergent patterns and independent field data were obtained.

The approximation factors have been successively improved in Jung et al. [21] and Williamson and van Zuylen [44].

One starts with an 'approximation' of the extension and anti-extension of Tr, and successively improves it until the improvement process ceases to be productive (it reaches a 'fixed point').

Once computers can effectively reprogram themselves, and successively improve themselves, leading to a so-called "technological singularity" or "intelligence explosion," the risks of machines outwitting humans in battles for resources and self-preservation cannot simply be dismissed.

A popular evolutionary multi-objective algorithm, NSGA II, amalgamated with the first principle model of the induration process and its successively improving approximation model based on ANN, has been adopted to carry out the task.

A hierarchical simulation approach for Boltzmann's equation should provide a single numerical framework in which a coarse representation can be used to compute gas flows as accurately and efficiently as in computational fluid dynamics, but a subsequent refinement allows to successively improve the result to the complete Boltzmann result.

Figure 5 shows that the BER of the proposed system successively improves as the FSOK and multipath lengths increase.