Sentence examples for be useful for system from inspiring English sources

The semi-empirical modeling method developed herein can be adapted for other photochemical reactions of similar type and it is considered to be useful for system scaling-up and for engineering design.

This framework will be useful for system architects, engineers, designers and developers that are still struggling to create a secure, trustworthy, and privacy preserved environment to create confidence amongst users to do business transactions and collaborations especially in a more challenging environment such as cloud computing.

The present results will be useful for system designers of modern broadband wireless access (BWA) and high-density cell-based Ku/Ka, Q/V band satellite systems, over the desired area of coverage in order to determine the appropriate effective isotropically radiated power (EIRP) and receiver characteristics of this region.

The ability to analyze patterns in successful and unsuccessful combinations with this database will be useful for systems analysis of drug combinations and rational experimental design.

This model-based parametric study would be useful for system-level analysis of the brains with psychiatric diseases.

It could be useful for systems that are very stiff, or that oscillate, whose timestep must be very small at certain parts of the solution domain and larger timesteps could result in large errors.

The results show that the parametric model reduction yields efficient models of stochastic biochemical reaction networks, and that these models can be useful for systems biology applications involving parametric analysis problems such as parameter exploration, optimization, estimation or sensitivity analysis.

The downstream/upstream signal performance in such a PON has also been analyzed, which is useful for system design.

The root locus provides stability, accuracy, sensitivity, and transient information, and is useful for system analysis and design.

The PSRI are useful for system planners to prepare the power system restoration plans and to improve the efficiency of the physical operation of the power system with the increased transmission capacity in the network.

These analytical expressions are useful for system design and operation optimization as they facilitate direct comparison of the kinetic and energetic efficiencies between RO processes with different operation conditions and system configurations.