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Norms of the Hilbert Matrix Operator on Some Analytic Function Spaces
Abstract
For ℋ:ℬα→ℬα with 1<α<2, we obtain an exact norm representation. In particular, the norm is given by an explicit Gamma-function formula for 1<α≤3/2, whereas for 3/2<α<2 it strictly exceeds the corresponding Gamma-function expression. For ℋ:ℬα→ℬαlog, we determine the exact norm: it is equal to 3/2 for 1<α≤4/3 and is given by an explicit Gamma-function formula for 4/3<α<2. We also determine the exact norm of ℋ:H1→ H1log and show that it is equal to π. Finally, for 0<α<1, we determine the exact norm of ℋ:H∞α→ℬα+1, which is given by an explicit Gamma-function formula.
Related
- Rhaly and generalized Hilbert operators between spaces of analytic functions
- Norm of the generalized Hilbert operator on weighted Bergman spaces
- The Hilbert matrix operator into the Bergman space
- The differentiation and integration operator on weighted spaces of analytic functions in the weight sequence setting
- Infinite Matrix Operators and E-Frames in Hilbert Spaces
BibTeX
@misc{cui2026norms,
title = {{Norms of the Hilbert Matrix Operator on Some Analytic Function Spaces}},
author = {Puyu Cui and Zhaopeng Lin and Yufeng Lu and Shanli Ye},
howpublished = {arXiv},
year = {2026},
month = oct,
doi = {10.48550/arxiv.2609.27812},
eprint = {2609.27812},
archivePrefix = {arXiv},
url = {https://arxiv.org/abs/2609.27812},
}
RIS
TY - UNPB
TI - Norms of the Hilbert Matrix Operator on Some Analytic Function Spaces
AU - Puyu Cui
AU - Zhaopeng Lin
AU - Yufeng Lu
AU - Shanli Ye
PY - 2026
DA - 2026/10/21
PB - arXiv
DO - 10.48550/arxiv.2609.27812
UR - https://arxiv.org/abs/2609.27812
AB - For ℋ:ℬ^α→ℬ^α with 1<α<2, we obtain an exact norm representation. In particular, the norm is given by an explicit Gamma-function formula for 1<α≤3/2, whereas for 3/2<α<2 it strictly exceeds the corresponding Gamma-function expression. For ℋ:ℬ^α→ℬ^α_log, we determine the exact norm: it is equal to 3/2 for 1<α≤4/3 and is given by an explicit Gamma-function formula for 4/3<α<2. We also determine the exact norm of ℋ:H^1→ H^1_log and show that it is equal to π. Finally, for 0<α<1, we determine the exact norm of ℋ:H^∞_α→ℬ^α+1, which is given by an explicit Gamma-function formula.
ER -