Cloud services have become popular due to their advantages over traditional computing. The cloud provides remote access software, hardware, and other services. This has allowed companies be more productive enabled work. fewer hardware infrastructure requirements, which reduces the cost of maintaining supporting information technology. future success organizations will depend, not least, on exte...

When talking about reverse engineering, it is necessary to focus on the management of point clouds. Generally speaking, every 3D scanner device codifies simple and complex geometries providing different point cloud densities as an output. Point cloud density is usually more correlated with the technical specifications of the device employed rather than with the morphology of the object acquired...

in this work some quantitative structure activity relationship models were developed for prediction of three bioenvironmental parameters of 28 volatile organic compounds, which are used in assessing the behavior of pollutants in soil. these parameters are; half-life, non dimensional effective degradation rate constant and effective péclet number in two type of soil. the most effective descripto...

Current atmospheric general circulation models parameterize cloud-radiation effects through relationships that are based on the assumption that a model grid is partly clear and the remaining area is filled with a homogeneous cloud layer. The optical properties of this homogeneous layer are related to cloud microphysical quantities such as the liquid water path and effective drop radius which in...

cumulus convection, as a meso-scale phenomenon, results in the release of latent heat and vertical drift of energy that by part could affect the large scale field of energy, humidity, and momentum of the atmosphere. since the current numerical models are unable to resolve the singular cumulus convective clouds that are important from a meteorological point of view, it is used to apply some sort...

A remote sensing method is proposed to derive vertical profiles of the visible extinction coefficients in ice clouds from measurements of the radar reflectivity and Doppler velocity taken by a vertically pointing 35-GHz cloud radar. The extinction coefficient and its vertical integral, optical thickness t, are among the fundamental cloud optical parameters that, to a large extent, determine the...