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作 者:GUO ZhiHua CAO HuaiXin CHEN ZhengLi YIN JunCheng
机构地区:[1]College of Mathematics and Information Science, Shaanxi Normal University, Xi' an 710062, China
出 处:《Chinese Science Bulletin》2011年第16期1671-1678,共8页
基 金:supported by the National Natural Science Foundation of China (10871224, 10571113);the Natural Science Research Program of Shaanxi Province (2009JM1011)
摘 要:Denoted by M(A),QM(A)and SQM(A)the sets of all measures,quantum measures and subadditive quantum measures on a σ-algebra A,respectively.We observe that these sets are all positive cones in the real vector space F(A)of all real-valued functions on A and prove that M(A)is a face of SQM(A).It is proved that the product of m grade-1 measures is a grade-m measure.By combining a matrix Mμto a quantum measureμon the power set An of an n-element set X,it is proved thatμν(resp. μ⊥ν)if and only if μν M M(resp.MμMv=0).Also,it is shown that two nontrivial measuresμandνare mutually absolutely continuous if and only ifμ·ν∈QM(An).Moreover,the matrices corresponding to quantum measures are characterized. Finally,convergence of a sequence of quantum measures on An is introduced and discussed;especially,the Vitali-Hahn-Saks theorem for quantum measures is proved.Denoted by M(A), QM(A) and SQM(A) the sets of all measures, quantum measures and subadditive quantum measures on a σ-algebra A, respectively. We observe that these sets are all positive cones in the real vector space F(A) of all real-valued functions on A and prove that M(A) is a face of SQM(A). It is proved that the product of m grade-1 measures is a grade-m measure. By combining a matrix Mμ to a quantum measureμ on the power set An of an n-element set X, it is proved that μ-〈-〈 v (resp. μ/ v ) if and only if M -〈-〈 Mv (resp. MμMv=0). Also, it is shown that two nontrivial measures μ and v are mutually absolutely continuous if and only if μ. v∈ QM(An). Moreover, the matrices corresponding to quantum measures are characterized. Finally, convergence of a sequence of quantum measures on An is introduced and discussed; especially, the Vitali-Hahn-Saks theorem for quantum measures is proved.
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