Sentence examples for increasing computational resources from inspiring English sources

With increasing computational resources, more and more engineering methods are applied to medical-related problems in order to support physicians.

The ever increasing computational resources provide an important incentive to strive for a more refined modeling of inelastic behavior of engineering structures.

Such an approach may propose a hierarchy of propositional logics that are all decidable in polynomial time, with this hierarchy being structured by the increasing computational resources required for the proofs in the various logics.

Even if such approaches are applied under the reasonable assumption of increasing computational resources, missing regulatory certainty in combination with disruptive events can hardly be tackled by existing technical methods.

Increased computational resources allow the widespread application of fundamental kinetic models.

However, it demands increased computational resources to support its more advanced intelligence.

The solution of this augmented system can become quite challenging or even impossible due to the increased computational resources and effort required, especially in large-scale problems with large parameter variability.

This has been spurred by theoretical developments based on chaos theory and increased computational resources, as well as by advances in fluid mechanics and a host of new experimental results; in this case a body of theory fulfills the double role of producing basic understanding leading to prediction.

As a consequence, performing similarity searching against large repositories of structural data requires increased computational resources that are not always available.

The integration mentioned above spans many different areas, like life sciences, where there are many examples of scientific applications for discovering biological and medical unknown factors that could greatly benefit from increased computational resources.

In Field 3 of SPIRE, we utilized the increased computational resource of the K computer to conduct ensemble simulations of MJOs using NICAM to statistically assess the model's ability to predict MJOs (Miyakawa et al. 2014).