The equivalence of two matrices as bounded linear operators on \(l^p\) (Q1611446)
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scientific article; zbMATH DE number 1785901
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The equivalence of two matrices as bounded linear operators on \(l^p\) |
scientific article; zbMATH DE number 1785901 |
Statements
The equivalence of two matrices as bounded linear operators on \(l^p\) (English)
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6 July 2003
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Making use of a theorem of \textit{G. Bennett} [Q. J. Math., Oxf. II. Ser. 38, 401-425 (1987; Zbl 0649.26013)] on bounded operators on \(l^p\), \(1< p < \infty\), in recent years several results have been given on the equivalence of some methods of weighted arithmetic means. The authors use the aforementioned theorem of G. Bennett once again to give a set of sufficient conditions for the equivalence of two methods of weighted arithmetic means over the class \(l^p\), \(1< p < \infty\). It may be noted that in the given theorem of the paper, none of the hypotheses involve the parameter \(p\). Thus the restriction \(l^p\), \(1< p < \infty\) in the conclusion is not justified. (This may appear to be the case in some earlier publications as well referred to in the paper).
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bounded linear operators on \(l^p\) space
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factorable triangular matrices
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methods of weighted arithmetic means
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equivalence of \((N^-, p)\) summability methods
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0.7803742289543152
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0.776472806930542
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0.776472806930542
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0.7661110162734985
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0.757042646408081
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