With regard to the solar wind driver, we address the hierarchy of controlling SW parameters and their cross-correlation time delays with plasma sheet parameters, emphasizing the difference in response between plasma sheet protons and electrons.
The notion of architecture here adverts to the complex hierarchy of control of component modular mechanisms.
The technique uses coarse-to-fine hierarchy of control lattices.
It discusses the hierarchy of control measures and ways to prioritize control options within that hierarchy.
The combination of the hierarchy of controls and the problem solving technique is called The Safety Decision Hierarchy.
Up to now however, there is very limited field-scale evidence regarding the hierarchy of controls on soil OM dynamics and their changes with soil depth.
Instead, a hierarchy of controls beginning with isolation of nanomaterials, progressing through the control of their aerosol properties, and ending with personal protective equipment is utilized.
The goal of this study is to assess the control measures of electrical hazards using a perspective of hierarchy of controls (HOC).
The hierarchy of control actions of state observer in the class of systems with high gains and discontinuous controls (the systems with separated motions on temps) is obtained.
We propose a hierarchy of controls on late-glacial plant communities, where biotic interactions such as megaherbivory mediate climate-driven vegetation change.
