Sentence examples for substantially simpler and from inspiring English sources

We give a substantially simpler and more direct proof in a precise manner, in comparison to Corollary 5.2 of [10].

Even though the process and cost involved in Chinese IP cases are usually substantially simpler and lower than in the U.S., the numbers demonstrate not only that the Chinese are becoming more litigious, but that the legal and court systems are maturing and being more widely used to resolve disputes.

It is substantially simpler, and it makes it possible to specifically address gene function in adults even in those cases where the focal gene is also expressed in the embryonic, larval or pupal stages.

This opens up the potential to design substantially simpler, safer, and cheaper nuclear reactors.

The argument is substantially simpler than the known ones for the cases of strongly pseudoconvex domains and pseudoconvex domains of finite type in C2.

We also give a proof that it is NP-complete to find extensions even for default theories with no prerequisites and at most two literals per default, a case substantially simpler than the NP-completeness results in the literature.

It would be substantially simpler for a terrorist to become infected with this disease, remaining infectious for months or years without being obviously sick, and potentially infecting someone in the mall or on the subway with every cough or sneeze.

In the best of the strategy books now or soon to be in stores, he has proposed a fairly straightforward way to think about strategy that makes the subject substantially simpler.

While the nonconcave function f1(h,p(h)) still complicates matters, working in the dual domain makes solution, if not necessarily simple, at least substantially simpler.

This raises the issue of whether we should routinely consider using non-multiprocessor hardware like the AP for applications where substantially simpler software solutions will normally exist.

These two commands are sufficiently powerful so that, in many cases, when one applies them repeatedly to a complicated collection of equations, they transform the collection of equations into an equivalent but substantially simpler collection of equations.