نتایج جستجو برای: Young inequality
تعداد نتایج: 301478 فیلتر نتایج به سال:
Inverse Young inequality asserts that if $nu >1$, then $|zw|ge nu|z|^{frac{1}{nu}}+(1-nu)|w|^{frac{1}{1-nu}}$, for all complex numbers $z$ and $w$, and equality holds if and only if $|z|^{frac{1}{nu}}=|w|^{frac{1}{1-nu}}$. In this paper the complex representation of quaternion matrices is applied to establish the inverse Young inequality for matrices of quaternions. Moreover, a necessary and ...
In this paper, we present some refinements of the famous Young type inequality. As application of our result, we obtain some matrix inequalities for the Hilbert-Schmidt norm and the trace norm. The results obtained in this paper can be viewed as refinement of the derived results by H. Kai [Young type inequalities for matrices, J. Ea...
Objective: The leisure time is appeared to be new social area which have been conceptualized and defined as product of modernity within the context of social and cultural changes and increasing consumption culture. The study of leisure time as a socio-cultural process and investigating its distinctions in terms of various patterns of social inequality is a novel interest in the sociology of...
Objective: The leisure time is appeared to be new social area which have been conceptualized and defined as product of modernity within the context of social and cultural changes and increasing consumption culture. The study of leisure time as a socio-cultural process and investigating its distinctions in terms of various patterns of social inequality is a novel interest in the sociology of...
In the past six decades, lifespan inequality has varied greatly within and among countries even while life expectancy has continued to increase. How and why does mortality change generate this diversity? We derive a precise link between changes in age-specific mortality and lifespan inequality, measured as the variance of age at death. Key to this relationship is a young-old threshold age, belo...
Some improvements of Young inequality and its reverse for positive numbers with Kantorovich constant $K(t, 2)=frac{(1+t)^2}{4t}$ are given. Using these inequalities some operator inequalities and Hilbert-Schmidt norm versions for matrices are proved. In particular, it is shown that if $a, b$ are positive numbers and $0 leqslant nu leqslant 1,$ then for all integers $ kgeqsl...
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