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Erratum to: Optimality and duality theorems in nonsmooth multiobjective optimization

机译:勘误:非光滑多目标优化中的最优性和对偶定理

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We wish to indicate the following corrections to our original paper [1]. (1) The first sentence in Definition 2.2, we delete "i∈{1,2,···,p}". (2) The first sentence in Definition 2.2, we replace fi(x)+s(x|Di)≮fi(x0)+s(x0∣∣Di) to f(x)+s(x|D)≮f(x0)+s(x0∣∣D). (3) The second sentence in Definition 2.3, we delete "i∈{1,2,···,p}". (4) The second sentence in Definition 2.3, we replace fi(x)+s(x|Di)≮fi(x0)+s(x0∣∣Di)+ci∣∣∣∣x?x0∣∣∣∣m to f(x)+s(x|D)≮f(x0)+s(x0∣∣D)+c∣∣∣∣x?x0∣∣∣∣m. (5) The second sentence in Definition 2.4, we delete "i∈{1,2,···,p}". (6) The second sentence in Definition 2.4, we replace ′′fi(x)+s(x|Di)≮fi(x0)+s(x0∣∣Di)+ci∣∣∣∣x?x0∣∣∣∣m to f(x)+s(x|D)≮f(x0)+s(x0∣∣D)+c∣∣∣∣x?x0∣∣∣∣m.′′. (7) The second sentence in the proof of Theorem 2.1, we replace. ′′ c i > 0, i = 1, ?,p ′′ to ′′ c∈intRp+′′. (8) The second sentence in the proof of Theorem 2.1, we replace fi(x)+s(x|Di)≮fi(x0)+s(x0∣∣Di)+ci∣∣∣∣x?x0∣∣∣∣m to f(x)+s(x|D)≮f(x0)+s(x0∣∣D)+c∣∣∣∣x?x0∣∣∣∣m. (9) In equation (3.8), we replace "c i " to "d i ". (10) The eighth sentence in the proof of Theorem 3.3, we replace "where c = ae," to "where d = ae". (11) The ninth sentence in the proof of Theorem 3.3, we replace "c ∈ int R p " to "d i > 0, i = 1,···,p,". (12) The ninth sentence in the proof of Theorem 3.3, we replace "c i " to "d i ". (13) The tenth sentence in the proof of Theorem 3.3, we replace "c i " to "d i ". (14) The tenth sentence in the proof of Theorem 3.3, we replace "c i " to "d i ". (15) In equation (4.8), we replace "c i " to "d i ". (16) The tenth sentence in the proof of Theorem 4.1, we replace "where c = ae," to "where d = ae". (17) The eleventh sentence in the proof of Theorem 4.1, we replace "c ∈ int R p " to "d i > 0, i = 1,···, p,". (18) The eleventh sentence in the proof of Theorem 4.1, we replace "c i " to "d i ". (19) The twelfth sentence in the proof of Theorem 4.1, we replace "c ∈ int R p ," to "d i > 0, i = 1,···, p,". (20) The twelfth sentence in the proof of Theorem 4.1, we replace "c i " to "d i ". (21) The twelfth sentence in the proof of Theorem 4.1, we replace "i = 1,···, p." to "i = 1,···,p,". (22) The fourth sentence in the proof of Theorem 4.2, we replace "c i " to "c". (23) The fourth sentence in the proof of Theorem 4.2, we replace fi(x0)+(x0)Tw0i+ci∣∣∣∣u?x0∣∣∣∣m≮fi(u)+uTwi,i=1,???,p. to f(x0)+(x0)Tw0+c∣∣∣∣u?x0∣∣∣∣m≮f(u)+uTw.
机译:我们希望指出对原始论文[1]的以下更正。 (1)在定义2.2中的第一句中,我们删除“i∈{1,2,···,p}”。 (2)定义2.2中的第一句话,我们将fi(x)+ s(x | Di)≮fi(x0)+ s(x0∣∣Di)替换为f(x)+ s(x | D)≮f (x0)+ s(x0∣∣D)。 (3)在定义2.3中的第二句中,我们删除“i∈{1,2,···,p}”。 (4)定义2.3中的第二句话,我们替换fi(x)+ s(x | Di)≮fi(x0)+ s(x0∣∣Di)+ ci∣∣∣∣x?x0∣∣∣∣m到f(x)+ s(x | D)≮f(x0)+ s(x0∣∣D)+ c∣∣∣∣x?x0∣∣∣∣m。 (5)在定义2.4中的第二句中,我们删除“i∈{1,2,···,p}”。 (6)定义2.4中的第二句,我们替换为''fi(x)+ s(x | Di)≮fi(x0)+ s(x0∣∣Di)+ ci∣∣∣∣x?x0∣∣∣ ∣ m至f(x)+ s(x | D)≮f(x0)+ s(x0∣∣D)+ c∣∣∣∣x?x0∣∣∣∣m。''。 (7)我们替换定理2.1的证明中的第二句话。 ′′c i> 0,i = 1,α,p′′至′′c∈intRp+′′。 (8)在定理2.1的证明的第二句中,我们替换fi(x)+ s(x | Di)≮fi(x0)+ s(x0∣∣Di)+ ci∣∣∣∣x?x0∣∣ ∣∣m至f(x)+ s(x | D)≮f(x0)+ s(x0∣∣D)+ c∣∣∣∣x?x0∣∣∣∣m。 (9)在等式(3.8)中,我们将“ ci”替换为“ di”。 (10)在定理3.3的证明中的第八句中,我们将“ where c = ae”替换为“ where d = ae”。 (11)在定理3.3的证明中的第九个句子中,我们将“ c∈int R p”替换为“ d i> 0,i = 1,···,p,”。 (12)在定理3.3的证明中的第九句中,我们将“ c i”替换为“ d i”。 (13)在定理3.3的证明中的第十句话,我们将“ ci”替换为“ di”。 (14)在定理3.3的证明中的第十句话,我们将“ c i”替换为“ d i”。 (15)在等式(4.8)中,我们将“ ci”替换为“ di”。 (16)在定理4.1的证明中的第十句话,我们将“ where c = ae”替换为“ where d = ae”。 (17)在定理4.1的证明中的第十一个句子中,我们将“ c∈int R p”替换为“ d i> 0,i = 1,···,p,”。 (18)在定理4.1的证明中的第11个句子中,我们将“ c i”替换为“ d i”。 (19)在定理4.1的证明中的第十二个句子中,我们将“ c∈int R p”替换为“ d i> 0,i = 1,···,p,”。 (20)在定理4.1的证明中的第十二个句子中,我们将“ ci”替换为“ di”。 (21)在定理4.1的证明中的第十二个句子中,我们替换“ i = 1,···,p”。设为“ i = 1,...,p”。 (22)在定理4.2的证明的第四句中,我们将“ c i”替换为“ c”。 (23)在定理4.2的证明的第四句中,我们替换fi(x0)+(x0)Tw0i + ci∣∣∣∣u?x0∣∣∣∣m≮fi(u)+ uTwi,i = 1, ???,p。到f(x0)+(x0)Tw0 + c∣∣∣∣u?x0∣∣∣∣m≮f(u)+ uTw。

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