First, we propose a modification of the bond index of the unity bond index quadratic exponential potential (UBI-QEP) semiempirical framework for calculation of the activation energy of the Langmuir Hinshelwood-type bimoLangmuir Hinshelwood-typebimolecularadsurfaceCO∗ and O∗.
In this work, the theoretical framework for calculation of the free energy of mixing, the maximum extractable work in batch and co-current PRO systems, and the potential power densities of hypersaline solutions is presented.
The analytical solutions are shown to correlate well with measurements, while providing a framework for calculation of material properties under the same dynamic conditions found during operation, as opposed to quasistatic conditions.
First, a model framework for calculation of speckle contrast in the spatial frequency domain is presented.
By incorporating the framework of high-throughput calculation and multi-scale simulations, design process of new RRAM could be accelerated and more cost-effective.
To determine cost effectiveness, Mason proposes the 'Policy Cost Effectiveness' framework, requiring calculation of the total costs of the project, the additional number of patients who receive the targeted treatment as a consequence of the project, and the per patient cost effectiveness of the recommended treatment targeted by the project.
This review provided a conceptual framework of sample size calculations in the studies of diagnostic test accuracy in various conditions and test outcomes.
In a traditional visual odometry framework, the calculation of relative pose change from unreliable feature matches consists of a RANSAC scheme to sort inliers from outliers and find the best supported motion hypothesis.
Additionally, from electro-migration stand-point, the framework allows calculation of the exact RMS and 'recovered' average current for every metal segment internal to the circuit, thus making it practically a universal model for aging analysis.
The most sound theoretical framework for model comparison in a Bayesian framework is calculation of the Bayes factor (BF): B F = p (D | M 1 ) p (D | M 2 ) where p(D| M) is the marginal likelihood of model M, averaged over the model parameter values θ: p (D | M ) = ∫ P r (D | θ, M ) p (θ | M ) d θ So the BF is the ratio of the marginal likelihoods of the two models.
