Sentence examples for models for optical from inspiring English sources

He is particularly interested in developing simulation methods for complex physical systems, the computational models for optical and acoustic sensing, and the computational design of structures and materials.

Taking profit from the complexity of the network it is possible to design photochromic systems, exhibiting a thermal back reaction, or models for optical memories, when the back reaction is prevented.

I have constructed a hierarchical Bayesian model for optical and NIR supernova light curves incorporating multiple random effects and uncertainties, including host galaxy dust, measurement error, and intrinsic supernova variations across time and wavelength, to determine precise and accurate supernova distances.

A new analytical model for optical and bias dependent nonlinear capacitances of GaAs MESFET which is valid for both linear and saturation regions has been proposed in this paper.

We analytically derive the pile-up magnitude, adopting a simple model for optical cross sections.

Here, we apply the simple model for optical cross sections in Eqs.

We provide formulae of enhancement factors for the number density and the optical depth due to a pile-up of dust particles caused by sublimation and its location and sublimation temperature, applying a simple model for optical cross sections of fractal dust particles.

To do this, we will now describe a random-effects group analysis model for optical imaging.

Aside from robustness, the model for optical flow presented here allows us to speed up the optimization by an order of magnitude.

We developed and tested a new model for optical flow tailored to microscopy volumes, in which a large fraction of the objects are textureless and similar in appearance.

BOMBER (Bio-Optical Model Based tool for Estimating water quality and bottom properties from Remote sensing images) is a software package for simultaneous retrieval of the optical properties of water column and bottom from remotely sensed imagery, which makes use of bio-optical models for optically deep and optically shallow waters.