A multivocal literature review finds ChatGPT's reported error rates range from single digits to over 80 percent depending on domain and task, yet its synthesized ranges are not backed by a released dataset.
Discrete Riesz Potentials on Discrete Weighted Morrey Spaces
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
Let $0<\alpha<1$. We obtain the boundedness of the discrete fractional Hardy-Littlewood maximal operators ${\mathcal M}_\alpha$ on discrete weighted Lebesgue spaces. From this and a discrete version of Whitney decomposition theorem, we deduce the boundedness of the discrete Riesz potentials $I_\alpha$ on discrete weighted Lebesgue spaces. The boundedness of $I_\alpha$ on discrete weighted Morrey spaces is further obtained. Moreover, the boundedness of ${\mathcal M}_\alpha$ is also obtained which is new even for unweighted case.
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cs.SE 1years
2025 1verdicts
REJECT 1representative citing papers
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Why you shouldn't fully trust ChatGPT: A synthesis of this AI tool's error rates across disciplines and the software engineering lifecycle
A multivocal literature review finds ChatGPT's reported error rates range from single digits to over 80 percent depending on domain and task, yet its synthesized ranges are not backed by a released dataset.