Sentence examples for solution that is able from inspiring English sources

We're the only solution that is able to completely automate compliance reporting for our customers.

In particular, we design a low complexity solution that is able to exploit the properties of the data manifolds with a graph-based algorithm.

This metric ρ allows us to evaluate whether a solution that is able to accept a larger number of LSP requests also has significant energy savings.

The proposed approach is a hardware-light solution that is able to carry out multi-mobile-DOA estimation, which we believe may be of interest to several areas of application and the audio processing community.

In such cases, better RD performance may be obtained with learning DVC solutions that are able to exploit already decoded data or hint DVC solutions that are able to exploit auxiliary information coded and transmitted by the encoder, e.g., block hashes.

Therefore, in these kinds of deployments, the classical network planning and design tools become unusable, and there is an increasing demand for small cells solutions that are able to self-configure and self-optimize [5].

As a result, the insider-threat field faces the challenge of developing detection solutions that are able to detect threats without generating a great number of false positives, and are able to take into consideration the non-technical aspect of the problem.

When conducting EFA, there is often no a priori knowledge about the relationships between the latent and observed variables, and the purpose of EFA is to identify latent factor solutions that are able to explain the pattern of correlations or covariances between the observed variables.

The concept of software-defined network (SDN) is a promising solution in the wireless network personification that is able to provide programmable control plane and data plane into AP.

Of course, the best solution for achieving this would be one that is able to maximise the full mechanical behaviour of the SS strip.

Numerical simulation of multiphase flow processes in heterogeneous formations requires the development of discretization and solution schemes that are able to handle the complex nonlinear dynamics, especially of the saturation evolution, in a reliable and computationally efficient manner.