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Assuming that satisfies the conditions - (we cite [15, Example ] to verify existence of ) and imposing growth conditions on the nonlinearity, it will be shown that problem (1.5) has infinitely many solutions.
Similar(59)
In [28] it was shown that, problem (5) is NP-hard.
This approach has been investigated e.g. in [14], and it is shown that problem (3) is fully equivalent to problem (4).
It has been shown that problem (1.2) shares common solutions with problem (1.1) under some sufficient conditions (see, e.g., [8, 9]).
See [38] for the recent development of problem (2.1), where it is shown that problem (2.1) can be seen as a new and significant generalization of the DC programming case.
In particular, it is shown that problems of current interest, where step discontinuities exist in the stiffness distributions, are readily handled.
It has been shown that problems due to arcing and the hysteresis of the process can be overcome by pulse sputtering and appropriate process control.
Moreover, it has also been shown that problem-solving training in the workplace can increase problem-solving skills and problem-solving self-efficacy in the course of improving positive affect, job satisfaction and life satisfaction [ 51].
Now a growing body of research is showing that problems caused by the prenatal environment may not be apparent at birth, but can resonate throughout life.
3 In hindsight we understand those were hollow assurances, and ongoing research is showing that problems sustained by WTC responders aren't diminishing much in number or severity.
Solving the resultant Lagrangian problem, it can be shown that the regression problem reduces to the following: Here, the notation 〈.,.〉 denotes the inner product of the vectors.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com