Sentence examples for powerful verification from inspiring English sources

If 'ghosts' are found with delays that corresponded to these values it would be a powerful verification of the theory.

In order to formally and automatically analyze the complex network, we introduce a powerful verification technique, called Model Checking [ 10], which determines whether or not a model (state-transition system) satisfies a desired property expressed in a temporal logic formula.

But, he went on, "powerful new means of verification" are now coming into play.

The characteristics of POPFNN, such as the learning, generalisation, and high computational abilities, make fingerprint verification particularly powerful when verifying authentic fingerprints subjected to external conditions and recognising spurious ones.

The paper shows that, by an appropriate choice of a rich assertional language, it is possible to extend the utility of symbolic model checking beyond the realm of BDD-represented finite-state systems into the domain of infinite-state systems, leading to a powerful technique for uniform verification of unbounded (parameterized) process networks.

As shown in [ 6, 7], these techniques correspond to a class of hybrid systems [ 8] for which we can apply existing powerful techniques for the verification and the control of these hybrid systems.

Then we show that verification of a powerful first-order variant of the μ-calculus is decidable for such theories.

These theoretical methods, coupled with rapid experimental measurement for verification, provide a powerful solubility screening protocol for the development of crystallization processes.

Hypothesis testing via numerical models has emerged as a powerful tool which permits the verification of theoretical frameworks against canonical experimental and clinical observations.

Classical in vitro biochemistry and biophysics approaches are powerful methods for hit identification and verification, and structural biology plays a key role in guiding chemists to design specific and potent inhibitors.

The use of OMF/OML experiment control tools as a cognitive network control framework in combination with programmable MAC architectures offers a powerful framework for rapid prototyping and experimental verification of dynamic cognitive control solutions in realistic coexistence scenarios.