Sentence examples for implementation the ability from inspiring English sources

As greater numbers of OGD initiatives move from planning to implementation, the ability to track their spread and measure their impact is vital to ensure the full benefits of such programmes are unlocked.

Two studies [ 2, 3] have classified mappers using a wide variety of features that include: the type of data, their application, the sequencing platform, the read length, the allowed error rate, parallel implementation, the ability to deal with multi-mapped reads (i.e. reads aligned to multiple locations), the input and output formats, and the available parameters.

4 The potential value of understanding how actual implementation differs from planned implementation includes the ability to explain null trial findings or to identify issues important to the transferability of an effective intervention outside experimental conditions.

This is the first implementation of memristor models in the SPICE platform [116, 117].The major advantage of SPICE implementation is the ability of the model to be used in analog circuits and simulations and can be verified as fit to be circuit implementable or not.

PTFinder is a proof-of-concept implementation with the ability to reveal hidden and terminated processes and threads [4].

Furthermore, the techniques are assessed with regards to ease of implementation and the ability to cope with challenges such as increase in manufacturing induced process variations.

An important aspect in process analysis, modeling, and implementation is the ability to handle any change to the process design over time.

New capabilities of this implementation include the ability to calculate hazard curves which describe the distribution of the exceedance probability as a function of intensity (e.g., tephra load) on a grid of points covering the target area.

While yielding an optimal precision and convergence rate, other principal advantages of HIFEM include the ease of implementation and the ability to compute enriched solutions for a variety of complex materials interface configurations.

The GA has been popular in academia and the industry mainly because of its intuitiveness, ease of implementation, and the ability to effectively solve highly non-linear, mixed integer optimization problems that are typical of complex engineering systems.

A nice implementation is the ability to adapt genome annotations of various formats.