The performance of different array architectures is evaluated through analytical techniques and Monte-Carlo simulations for a broad range of operational scenarios, such as, Earth Mars conjunction, Earth Mars opposition, and different background and turbulence conditions.
In the paper, reinforced concrete column with three different mix proportions exposed to chloride attack are considered, and repairing numbers with related costs are evaluated through probabilistic technique for maintenance.
A salicylimine based Al3+ specific fluorescent turn on probe (SB-1) was designed, characterized and evaluated through various spectroscopic techniques.
In the present work, six monoclonal antibodies (mAbs, two for each virus) specific for conserved proteins from hRSV, hMPV and ADV were generated and evaluated through different immunological techniques, based on detection of purified protein, viral particles and human samples.
The residual stresses in the micrometric and nanometric clads were evaluated through the sin2ψ technique using X-ray diffraction.
The effects of process parameters (temperature, flow rate of solution and antisolvent, drying rate, initial solution concentration, diameter and length of the capillary expansion tube, and pressure gradient between the organic solution feed and the precipitation chamber) on particle size, size distribution and morphology were evaluated through an experimental design technique.
Instead, if no independent validation set is available, the classifier should be evaluated through a CV-like technique considering several pairs of learning and test sets successively.
The proposed technique is evaluated through two groups of simulations according to the type of packets which is employed for the proposed technique testing.
The proposed technique is evaluated through a numerical example showing that it is an attractive alternative for closed-loop experiment design.
The visual impact of the steganographic technique is evaluated through PSNR measures.
