Sentence examples for methods can be exploited from inspiring English sources

The sequential nature of SMC methods can be exploited to design a fully sequential version of the EM, where the samples are simply updated from one iteration to the next rather than resampled from scratch.

It can be shown that in order to shape the non-linear output of on off thrusters into linear request output, a set of thruster control methods can be exploited.

Based on this study, we demonstrate that the existing MSA methods can be exploited in combination to improve alignment accuracy, although novel approaches will still be needed to fully explore the most difficult regions.

In this way, the advantages of both methods can be exploited.

In fact, automated recalibration can be also applied using abundant annotations of multiple pipelines instead of large amount of data: in this case the heterogeneous, intermediate annotations from multiple methods can be exploited for automated "recalibration".

For the recycling of NADH established methods can be exploited.[ 12] In most cases a glucose dehydrogenase (GDH) in combination with glucose is used nowadays (Scheme 1, b, pathway I).[ 13] The reaction conditions, such as the pH range of the transaminase and the recycling enzyme, must be compatible and a pH shift due to the formed byproduct (e.g., gluconic acid) has to be considered.

This simple method can be exploited for band-gap engineering and enhancing photovoltaic properties.

The precision and simplicity of the method can be exploited for predictions of the properties of nanostructure ferroelectric polymer/ceramic composites.

Therefore, the proposed method can be exploited to identify the fuzzy or overlapping communities and thus facilitates the understanding of the intrinsic structure of networks.

Good agreement between the simulation results and the new analytical expression suggest that this method can be exploited for proper designing of BPM.

As a result, this method can be exploited for the rapid and low-cost fabrication of various thin film devices such as electronics, biosensors, energy, displays, and photonics.