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Diversification quotients: Quantifying diversification via risk measures. (2024). Han, Xia ; Wang, Ruodu ; Lin, Liyuan.
In: Papers.
RePEc:arx:papers:2206.13679.

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  1. Diversification quotient based on expectiles. (2024). Wang, Ruodu ; Lin, Liyuan ; Han, Xia.
    In: Papers.
    RePEc:arx:papers:2411.14646.

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  1. (i) It is well-known (e.g., Rüschendorf (2013)) that the 6scx-largest element of YF is comonotonic, and thus a comonotonic random vector has the largest DQρ α in this case. Note that such ρ does not include VaR. Indeed, as we have seen from Proposition 4, DQVaR α (X) = 1 for comonotonic X under mild conditions, which is not equal to its largest value n. (ii) In case n = 2, the 6scx-smallest element of YF is counter-comonotonic, and thus a comonotonic random vector has the smallest DQρ α.
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  2. (iii) For n > 3, the 6scx-smallest elements of YF are generally hard to obtain. If each pair (Xi, Xj) is counter-monotonic for i 6= j, then X is a 6scx-smallest element of YF. Pairwise counter-monotonicity puts very strong restrictions on the marginal distributions. For instance, it rules out all continuous marginal distributions; see Puccetti and Wang (2015).
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  3. (iv) If a joint mix, i.e., a random vector with a constant component-wise sum, exists in YF, then any joint mix is a 6scx-smallest element of YF by Jensen’s inequality. See Puccetti and Wang (2015) and Wang and Wang (2016) for results on the existence of joint mixes. In case a joint mix does not exist, the 6scx-smallest elements are obtained by Bernard et al. (2014) and Jakobsons et al. (2016) under some conditions on the marginal distributions such as monotonic densities.
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  45. Multi-Moments Method for Portfolio Management: Generalized Capital Asset Pricing Model in Homogeneous and Heterogeneous markets. (2002). Malevergne, Yannick ; Sornette, D..
    In: Papers.
    RePEc:arx:papers:cond-mat/0207475.

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  46. Portfolio Optimization with Spectral Measures of Risk. (2002). Acerbi, Carlo ; Prospero, Simonetti ; Carlo, Acerbi .
    In: Papers.
    RePEc:arx:papers:cond-mat/0203607.

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  47. On the coherence of Expected Shortfall. (2002). Acerbi, Carlo ; Tasche, Dirk.
    In: Papers.
    RePEc:arx:papers:cond-mat/0104295.

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  48. Risk Aversion and Coherent Risk Measures: a Spectral Representation Theorem. (2001). Acerbi, Carlo.
    In: Papers.
    RePEc:arx:papers:cond-mat/0107190.

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  49. Expected Shortfall: a natural coherent alternative to Value at Risk. (2001). Acerbi, Carlo ; Tasche, Dirk.
    In: Papers.
    RePEc:arx:papers:cond-mat/0105191.

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  50. The Basis Risk of Catastrophic-Loss Index Securities. (2000). Phillips, Richard ; Cummins, John ; Lalonde, David.
    In: Center for Financial Institutions Working Papers.
    RePEc:wop:pennin:00-22.

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