Estimations of the Lehmer mean by the Heron mean and their generalizations involving refined Heinz operator inequalities
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Publication:1790512
DOI10.15352/aot.1801-1303OpenAlexW2800625527WikidataQ129850948 ScholiaQ129850948MaRDI QIDQ1790512
Publication date: 2 October 2018
Published in: Advances in Operator Theory (Search for Journal in Brave)
Full work available at URL: https://projecteuclid.org/euclid.aot/1525917621
Linear operator inequalities (47A63) Means (26E60) Operator means involving linear operators, shorted linear operators, etc. (47A64)
Related Items (3)
Sharp bounds for Heinz mean by Heron mean and other means ⋮ Some inequalities involving Heron and Heinz means of two convex functionals ⋮ Estimations of the weighted power mean by the Heron mean and related inequalities for determinants and traces
Cites Work
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- Operator monotonicity of some functions
- On a family of operator means involving the power difference means
- Interpolating the arithmetic--geometric mean inequality and its operator version
- A class of matrix monotone functions
- Concrete examples of operator monotone functions obtained by an elementary method without appealing to Löwner integral representation
- Means of positive linear operators
- Bounds of the logarithmic mean
- Estimations of Heron means for positive operators
- Refined Heinz operator inequalities
- Optimal one-parameter mean bounds for the convex combination of arithmetic and geometric means
- Means for matrices and comparison of their norms
- Refinements of the Heinz operator inequalities
- Estimations of power difference mean by Heron mean
- Convex functions and their applications. A contemporary approach
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