A linear description of the magnetic charge and the stress state is given.
In a continuous network operating cycle T, a linear description of the network system is shown in Eq. 1.
The effectiveness of these methods is sometimes limited since they rely on a stationary and linear description of the system.
In particular, an affine and a piecewise affine approximations of the conversion efficiency are compared, and a linear description of the system dynamics is implemented.
The time-to-contact and the surface orientations of points of interest in the real-world are computed by directly combining the linear description of the cortical flow.
The analysis performed allows the influence of two relevant aspects to be separated: the linear representation of the source (engine and manifold) and the linear description of the exhaust system itself.
We also obtain a linear description of the polyhedron associated with the problem in the same class of networks when the use of more than one copy of an edge is allowed.
In this paper we give a complete linear description of the dominant of the associated polytope in a class of graphs called perfectly Steiner 2-edge connected graphs, which contains series parallel graphs.
Thus, the possibility of using a linear description on the correlation between the two factors was omitted.
This linear description of light-induced Per gene induction cannot explain a key feature of light-regulated circadian behavior.
A piecewise linear description facilitates system analysis, as each individual linear system can be analyzed separately using well established linear system analysis tools.
