[1] Xue Ding, Complete convergence for moving average process generated by extended negatively dependent random variables under sub-linear expectations. Comm. Statist. Theory Methods 53 (2024), no. 22, 8166–8185.
[2] Xue Ding, Strong limit theorem for largest entry of large-dimensional random tensor. Random Matrices Theory Appl. (2023), no. 12(4), Paper No. 2350012, 16 pp.
[3] Xue Ding, A general form for precise asymptotics for complete convergence under sublinear expectation. AIMS Mathematics. (2022), no. 7(4), 1664-1677.
[4] Xue Ding, Limit Properties of the Largest Entries of High-Dimensional Sample Covariance and Correlation Matrices. Mathematical Problems in Engineering. (2021).
[5] Xue Ding, Some sphericity tests for high dimensional data based on ratio of the traces of sample covariance matrices. Statistics and Probability Letters. (2020), no.156, 108613.
[6] Xue Ding, Strong convergence of ESD for large quaternion sample covariance matrices and correlation matrices when p/n->0. Random Matrices: Theory and Applications. (2020),no.9(2).
[7] Xue Ding and Dehui Wang, Empirical likelihood inference for INAR(1) model with explanatory variables.Journal of the Korean Statistical Society. (2016), no.4, 623-632.
[8] Xue Ding, On some spectral properties of large block Laplacian random matrices. Statist. Probab. Lett. (2015), 99, 61-69.
[9] Xue Ding, On some spectral properties of large self-dual dilute quaternion random matrices. Linear Multilinear Algebra 63 (2015), no. 9, 1737-1749.
[10] Xue Ding, The Convergence of Sample Eigenvectors of a Spiked Population Model. Communications in Statistics-Theory and Methods. (2015), 44 (18), 3825-3840.
[11] Xue Ding, Spectral analysis of large block random matrices with rectangular blocks. Lith. Math. J. (2014), no. 54(2), 115-126.
[12] Zhidong Bai and Xue Ding, Estimation of spiked eigenvalues in spiked models. Random Matrices: Theory and Applications. (2012), 1(2).
[13] Xue Ding and Tiefeng Jiang, Spectral distributions of adjacency and Laplacian matrices of random graphs. The Annals of Applied Probability. (2010), 20(6), 2086-2117.
