# J-class weighted shifts on the space of bounded sequences of complex numbers

Costakis G, Manoussos A (2008) *INTEGRAL EQUATIONS AND OPERATOR THEORY* 62(2): 149-158.

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Costakis, George
;
Manoussos, Antonios

^{UniBi}Abstract / Notes

We provide a characterization of J-class and J(mix) -class unilateral weighted shifts on l(infinity)(N) in terms of their weight sequences. In contrast to the previously mentioned result we show that a bilateral weighted shift on l(infinity)(Z) cannot be a J-class operator.

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Costakis G, Manoussos A. J-class weighted shifts on the space of bounded sequences of complex numbers.

*INTEGRAL EQUATIONS AND OPERATOR THEORY*. 2008;62(2):149-158.Costakis, G., & Manoussos, A. (2008). J-class weighted shifts on the space of bounded sequences of complex numbers.

*INTEGRAL EQUATIONS AND OPERATOR THEORY*,*62*(2), 149-158. doi:10.1007/s00020-008-1621-6Costakis, G., and Manoussos, A. (2008). J-class weighted shifts on the space of bounded sequences of complex numbers.

*INTEGRAL EQUATIONS AND OPERATOR THEORY*62, 149-158.Costakis, G., & Manoussos, A., 2008. J-class weighted shifts on the space of bounded sequences of complex numbers.

*INTEGRAL EQUATIONS AND OPERATOR THEORY*, 62(2), p 149-158. G. Costakis and A. Manoussos, “J-class weighted shifts on the space of bounded sequences of complex numbers”,

*INTEGRAL EQUATIONS AND OPERATOR THEORY*, vol. 62, 2008, pp. 149-158. Costakis, G., Manoussos, A.: J-class weighted shifts on the space of bounded sequences of complex numbers. INTEGRAL EQUATIONS AND OPERATOR THEORY. 62, 149-158 (2008).

Costakis, George, and Manoussos, Antonios. “J-class weighted shifts on the space of bounded sequences of complex numbers”.

*INTEGRAL EQUATIONS AND OPERATOR THEORY*62.2 (2008): 149-158.
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arXiv 0704.3349