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(i) Problem (1.6a - 1.6b) has a positive solution if and only if.
By (i), problem (1.6a - 1.6b) has a dead core solution which is unique by Lemma 2.9.
Consider problem (5.1), the following statements hold: (i) Problem (5.1) has exactly one solution ((k^{ast},q^{ast})) such that (mu(q^{ast})'(0)=k^{ast}).
(i) Problem (1.6a - 1.6b) has a dead core solution if and only if (2.58) (ii) For each satisfying (2.58), problem (1.6a - 1.6b) has a unique dead core solution.
Then (i) problem (1.1) has at least a positive solution (u_) and a negative solution (u_); (ii) problem (1.1) has a sign-changing solution ū.
In multi-label classification, the examples are associated with a set of labels Y ⊆ L. Multi-label classification algorithms can be categorized into two different groups [15]: (i) problem transformation methods, and (ii) algorithm adaptation methods.
Similar(44)
" 'Is problem,' " he growled.
This study is mainly focused on the type-I problem, which wants to minimize the number of workstations.
Some practitioners presented a formal ALB-I problem, and they also developed a branch-and-bound algorithm to solve the problem (Wu et al. 2008).
Damage initiation is analysed in detail for a class of non-local damage models––formulated in an integral and a differential format by means of analytical considerations and numerical investigations in a mode-I problem.
Similarly, conceptualizing personality problems in terms of Axis-I problems might lead to an accumulation of unsuccessful treatments targeting the supposed Axis-I problem.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com