Sentence examples for be efficiently exploited to from inspiring English sources

It is then possible to obtain a reflection spectrum displaying a sharp dip that can be efficiently exploited to improve the detection of small quantities of organic materials.

The proposed approach achieves significant area reductions by means of a new algorithm and architecture that poses good numerical properties that can be efficiently exploited to optimize cost.

In the past we have seen that parallelism can be efficiently exploited to achieve good performances with iterative message-passing algorithms used in LDPC decoding [10 12].

As a typical natural image is dominated by low frequency components, the energy concentration in corresponding coefficients could be efficiently exploited to insert the watermark.

Even though the overheard information (6) does not carry the desired data for the respective destination, it can be efficiently exploited to enable WNC-based processing in WBNs [14].

In this case, the spacial redundancy is efficiently exploited to discard these measurements.

In the DVC paradigm, it is crucial that the correlation between the video frames can be efficiently exploited at the decoder side (as the encoder is not anymore exploiting this correlation as in predictive video coding).

This redundancy needs to be efficiently exploited by periodically selecting a subset of nodes (referred to as a "cover") that actively monitor the field, and putting the remaining nodes to sleep.

Consequently, FPGA-based prototypes could be efficiently exploited for motion control applications to permit an easy modification of the advanced control algorithms through short-design cycles, simple simulation, and rapid verification.

The issue is indeed a thorny one as there is not even agreement over the definition of protein function, one of the most elusive concepts in biology for the reasons mentioned in the introduction and, more importantly, there are still few and incomplete experimental data to be efficiently exploited [13].

The proposed devices could be efficiently exploited as tunable and selective absorbers, allowing to realize other two-dimensional (2D) materials-based selective photo-detectors.