In this section, we consider the following multiple-sets split feasibility problem which models the intensity-modulated radiation therapy [6] and has recently been investigated by many researchers, see, for example, [1, 3, 6, 8 14] and the references therein.
Like the single-ion models, each frame in a paired-ion model corresponds to a single fragmentation location in a peptide and models the intensities of a pair of peaks in a mass spectrum associated with that fragmentation.
For example, instead of modeling the intensity of a Poisson, we could assume conditionally Gaussian observations and model the variance.
Their goal was to model the intensity of the user activity that is triggered by a real-world news event.
The first force was derived from the mean curvature of the curve, and the second was designed to model the intensity characteristics of the cortex in MR images.
Based on the theory of partial coherent light and the resist development model, the intensity distribution through the gray-tone mask and exposure of photoresist have been simulated.
With the adoption of the long-term measured radiation data and widely recognised solar radiation model, the intensity of the total monthly average daily solar irradiation on diversely oriented surfaces at the site was simulated for 12 months.
By using the collisional radiative equilibrium (CRE) model, the intensity ratios of Ly-α/He-α line and Ly-β/He-ε were given as a function of electron temperature.
In particular, in the segmentation step, multiple Gaussians are employed to model the intensity distribution of each brain tissue.
We used the generalized linear model to model the intensity level of each voxel as a linear combination, for each subject and event.
Moreover, in the latter cell model, the intensity of the effect was correlated to the extent of QSOX1 knock-down.
