Sentence examples for problems can be characterized from inspiring English sources
The underlying paradigm for solving these problems can be characterized as systematic thinking.
Major international environmental problems can be characterized as stock externality phenomena.
It is found that surface effect in these contact problems can be characterized only by an intrinsic length, i.e., the ratio of the bulk surface energy density to the bulk shear modulus of the indented material.
In fact, some recent work has shown that optimality conditions of some vector optimization problems can be characterized by vector variational inequalities.
By minimizing a quadratic measure of the error derived from the output of the system, the design problem can be characterized by the proposed GA formulation.
In certain cases the boundary value problem can be characterized by means of a uniquely determined unbounded self-adjoint operator.
Previous methods to solve the motion artifact problem can be characterized based on the data they operate on, whether they require additional hardware and what types of motion they can compensate.
The HEN synthesis problem is one amongst many engineering problems which can be characterized as highly combinatorial, nonlinear and nonconvex, all contributing to computational difficulties shown either in a form of long computational times and/or in identifying poor locally optimal solutions.
It is worth noting that discrete space optimization problem has aroused widespread study interest especially in the algorithm proposals for specific applications because many applications encountered in real world are combinatorial optimization problems, which can be characterized into discrete space optimization problem.
That is, although parents are aware of the humiliating situation their children have been through, which can cause among other problems, a low self-esteem, they do not try to solve such problem, what can be characterized as violence act against the child.
It is shown that producing non-parametric process-specific optimal tuning rules for PID controllers leads to the problem that can be characterized as optimization under uncertainty.
