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Heat deposition inside thick targets due to interaction of high energy protons (Ep ∼ GeV) has been estimated using an improved version of the Monte Carlo simulation code CASCADE.04.h.
The parameters of the Kuwabara Kono contact force model for impact of spheres have been estimated using an optimization method, taking the experimentally measured displacement, displacement rate and contact force into account.
Once a set of E = { e j } j = 1 p endmembers has been estimated using an endmember extraction algorithm, an unconstrained p-dimensional estimate of the endmember abundances in a given pixel in y can be simply obtained (in least squares sense) from the following expression [65]: a ̂ UC = ( E T E ) - 1 E T y. (5).
The size distribution of clusters has been mapped onto the glide plane and then the stress necessary for a dislocation to pass through the range of obstacles has been estimated using an areal glide model where the dislocation obstacle interaction strength has been assumed to be related to the obstacle size on the glide plane.
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Missing pixels are estimated using an interpolation process.
The related crack length is estimated using an exhaustion method.
Model parameters were estimated using an iteratively reweighted least-squares algorithm making use of Huber weights.
Instead of using tracklets, motion can also be estimated using an optical flow.
To control for potential endogeneity issues, the models are estimated using an instrumental variables (IV) strategy.
The data from the choice experiment method are estimated using an MNL model [16].
Positive cells were estimated using an isotype-matched control negative Ab at an equivalent concentration.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com