Sentence examples for subsystem problem from inspiring English sources

The reduced problem is examined further to develop simple, yet powerful expressions for the modal properties which provide insight into the resonance characteristics of the connected subsystem problem.

A mixed approach with a discrete cost function and continuous state variable system description is used as the basis of the design, and it is shown how the global problem can be decomposed into local subsystem problems and a coordinator within a hierarchical framework.

Taking the singular limit of (1) yields the two-dimensional fast subsystem (layer problem) textstylebegin{cases} dot{mathbf{x}} = f(mathbf{x},mathbf{y},lambda ), dot{mathbf{y}} = 0, end{cases} (2) where the slow variables y can be treated as bifurcation parameters.

Due to the limited information exchanges of different subsystems, the problem does not permit a centralized approach.

By modeling the bacterium as an interconnection of subsystems, the problem is written as a non-smooth convex optimization problem equivalent to a Linear Programming feasibility problem.

The issues that may surface, while modeling a current system using CAS, can be traced back to the complete knowledge of the system, its behaviors or states and the interaction of the subsystems; a problem of scale dealing with a very large state-space representation.

Model comprehension and effective use and reuse of complex subsystems are problems currently encountered in the automotive industry.

The framework presented in the chapter outlines (1) the nature of autonomous (or independent) subsystems that exist in such an environment and (2) the mechanisms by which the autonomous subsystems cooperate during problem solving.

For uncertain design variables distributed across several subsystems, an iterative problem formulation is proposed.

However, how to identify the optimal active state subspace of each linear subsystem is an open problem due to that the closed-loop performance of nonlinear systems interacts with these subspaces ranges.

Finally, we give an algorithm which allows to distribute a system into subsystems such that the problem of autonomous FDI is solvable for each of these subsystems.