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This is a harmonic-geometric mean inequality with negative weights.
This is a geometric-arithmetic mean inequality with negative weights.
Next, we show the reverse arithmetic-geometric mean inequality with the Specht ratio for two positive operators.
The right side of (18) follows by a simple application of the arithmetic-geometric mean inequality with (17), and this completes the proof.
Firstly, we provide an application of the obtained results to improve Hao Z-C inequality, which is related to the generalized arithmetic-geometric mean inequality with weights.
However, using the arithmetic geometric mean inequality (with equality when y 1 = y 2 = y n, i.e. fully correlated user channels), a guaranteed lower bound on I(n) can be obtained as [18] I n ≥ ∫ 0 ∞ ⋯ ∫ 0 ∞ 1 ln 2 ln n !
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Along the paper, inequality will mean inequality (I.1) with additional assumption (I.2).
Baricz and Sándor [18] pointed out that inequalities (1) and (3) are simple consequences of the arithmetic-geometric mean inequality together with the well-known Lazarević-type inequality [[19], p. 238] ( cos x ) 1 / 3 < sin x x for all 0 < x < π 2, (4).
Thus, using the arithmetic-geometric mean inequality, (L'leq0) with equality if (S=S^), (V=V^), and (I=I^).
(2.7) Combining (2.7) with the arithmetic mean-geometric mean inequality yields (2.6).
This, with (11.1), immediately yields the desired mean inequality.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com