2. Translated by Zhang Runchu and Cheng Yi (20 10). Introduction to Multivariate Statistical Analysis (by T.W. Anderson), People's Posts and Telecommunications Press, Beijing, 20 10. 12.
3. Translated by Zhang Runchu (20 10). Experimental applied statistics (by G.E.P. Box, J.S. Hunter and W.G. Hunter), Machinery Industry Press, Beijing, 20 10.6438+0.
4. Zhang Run Elementary School (2009). Experimental applied statistics (original: G.E.P.Box, J.S. Hunter and W.G. Hunter (2005 second edition, 2005). Statistics of Experimentalists: Design, Innovation and Discovery, John Wiley &; New york shengzi company. (1978, first edition), Mechanical Industry Press, Beijing, published in 2009.
5. Zhang Runchu (2006). Multivariate Statistical Analysis, Science Press, Beijing, September 2006. Published (reproduced on 20 10, 2007, 2008, 2009).
6. Zhang Run Elementary School (English Translation) (2003). Experimental Design and Analysis and Parameter Optimization (original: C.F.J.Wu and M.Hamada (2000), Experiment: Planning, Analysis and Parameter Design Optimization, John Willis & Sons Company, new york), published by China Statistics Publishing House, Beijing, March 2003.
7. Translated by Zhang Runchu and others (English translation) (1993). Classical potential theory and probabilistic potential theory, (original: J.L. Doob (1984), Classical potential theory and its probabilistic counterpart, Springer-Verlag), Science Press, Beijing, 660.
8. Translation by Zhang Runchu and Zhang Shudong (Chinese-English translation) (1992). Birth and death process and Markov chain (original: Wang Zi Kun Yang (1980)). Birth and Death Process and Markov Chain, Science Press, Beijing), springer Press, Berlin and Science.
9. Hu and Zhang Runchu (1990). Multivariate data analysis method-pure algebraic processing, Nankai University Press, Tianjin, 1990. Has been released.
More than 20 academic papers/kloc-0 have been published, and the selected articles are as follows:
20 1 1
89. Zhang, R.C., Li, P. and Wei, J.L. Optimal Blocks for the Design of Two-level Rules with Multi-block Variables, Journal of Statistical Theory and Practice, 5( 1),1-178. (SCI)
88. Li, Feng Feng, Zhao, Zhang Xiaolin and Chen Ruizhong. Theory of constructing design with general minimum low-order hybrid, China statistics, (SCI)
87. Zhang (R.C.), Feng Fugang (F.K.H), Mukherjee (R.) and Xu (h .)(20 1 1). Trigonometric Method of Quaternary Code Design and Its Application in Fractions of 1/8th and 1/16th, Statistical Yearbook, 39 (2), 93 1-955. (SCI)
86. Hu Jiwei and Zhang, R.C. (20 1 1). Some results on the general minimum low-order mixed two-level normal design, Journal of Statistical Planning and Inference, doi:1016/j.jspi.2010/1.020. (SCI)
20 10
Zou Chunlin, Liu Yangang, Wang Zhijun, Zhang, Chen Ruichun (20 10). Adaptive nonparametric comparison of regression curves, Statistical Communication: Theory and Method, 39, 1299- 1320.
84. Cheng, Yang, Zhang, R.C. (20 10). On the construction of general minimum low-order hybrid design with N/4+ 1≤n≤9N/32, Journal of Statistical Planning and Inference, 140, 2384-2394. (SCI)
83. Wei Jianlin, Yang Jianfeng, Li Ping, Zhang. Crack zone design with general minimum low-order mixing, China Science, Series A-Mathematics, 53(4), 939-952. (SCI)
82. Li, Li, Zhao and Zhang Ruizhong (20 10). A cluster analysis selection strategy for supersaturated design, computational statistics and data analysis, 54, 1605- 16 12. (SCI)
8 1. Zhang, Chen Ruichun, Cheng Yan. General minimum low-order hybrid design: overview and construction theory, Journal of Statistical Planning and Inference, 140, 17 19- 1730. (SCI)
80. Xu Jijun, Tan Xiaoming, Zhang, Chen Ruoqi (20 10). A note on Phllips (199 1): "Constrained maximum likelihood method for estimating conversion regression", Journal of Economics,154,35-41. (SCI)
79. Zhao, S.L., Zhang, R.C. (20 10). Compromise scheme with clear two-factor interaction, Journal of Applied Mathematics, English series, 26,99-106. (SCI)
2009
78. Yang Jianfeng, Liu Mingquan and Zhang Ruichun (2009). Some results of partial factorial split-zone design with multi-level factors, Statistical Communication-Theory and Method, 38, 3623-3633. (SCI)
77. Hu Jiwei and Zhang, 2009. Maximum rank minimum aberration and doubling, statistics and. Probability letters, 79,915-919. (SCI)
76. Zhang, R.C. and Mukherjee, R. (2009). General minimum low-order hybrid in block design using complementary sets. Statistics China, 19, 1787- 1802. (SCI)
75. Zhang, R.C. and Mukherjee, R. (2009). Characteristics of general minimum low-order hybrid based on complementary sets, China statistics,19,363-375. (SCI)
2008
74. Zhao Shaolin and Zhang, 2008. Limitation on the maximum number of explicit two-factor interactions in design, Journal of Mathematical Sciences, 28B(4), 949-954. (SCI)
73. Liu Yugang, Zou Chunlin, Zhang, Chen Ruichun (2008). Empirical likelihood ratio test of change points in linear regression model, statistical communication-theory and method, 37,2551-2563. (SCI)
72. Zhang Ruichun, Li, Zhao Peiping, Zhao Xiaolan, Ai Mingyu (2008). General Minimum Low-order Mixed Criterion for Two-level Rule Design, China Statistics, 18, 1689- 1705. (SCI)
7 1. Chen Jun, Tan Xiaoming, Zhang, Chen Ruichun (2008). Inference of normal mixture of mean and variance, China statistics,18,443-465. (SCI)
70. Liu Yugang, Zou Chunlin, Zhang, Chen Ruichun (2008). Empirical likelihood, statistics and analysis of double-sample mean problem Probability letters, 78(5), 548-556. (SCI)
69. Zhao Shaolin and Zhang, 2008. Design with clear two-factor interaction components with resolution of III or IV, Statistical Papers, 49, 44 1-454. (SCI)。
Zhao, Zhang Shaolin and Liu Mingquan (2008). Some results about the design of two-factor interaction components, Science in China, Series A-Mathematics, 5 1(7), 1297- 13 14. (SCI)。
2007
68. Zhang Runchu and Liu (2007). Some Results of Pure Two-factor Interaction Design, China Science, Series A, 37(3): 323-340. (SCI)
67. Tan Xiaoming, Chen Jianhong, Zhang and Chen Ruichun (2007). Consistency of constrained maximum likelihood estimation in finite normal mixed model. Proceedings of the 2007 American Statistical Association Conference, Statistical Education [CD-ROM], Alexandria, Virginia: American Statistical Association, 2113-2119. (SCI)
66. Zhao Shaolin and Zhang, 2007. On defining the limit of the maximum number of two-factor interactions in design, Journal of Mathematical Sciences, 27B(3), 1-6. (SCI)
65. Yang Guojun, Lin Lier, Zhang, Chen Ruichun (2007). Unbiased Quasi-Regression, China Mathematical Yearbook, 28B(2), 177- 186. (SCI)
64. Yang Jianfeng, Zhang and Liu Mingqiang (2007). Construction of partial factor split zone design with weak minimum deviation. Probability letter, 77, 1567- 1573. (SCI)
63. Li, Feng Feng, Liu Mingquan and Zhang (2007). Design with minimum aberration or weak minimum aberration, statistical papers, 48, 235-248. (SCI)
62. Liu Yugang, Liu Mingquan, Zhang and Chen Ruichun (2007). Constructing multilevel supersaturated design with Kronecker product, Journal of Statistical Planning and Reasoning, 137, 2984-2992. (SCI)
6 1. Zi, Xu Mingming, Liu Mingquan, Zhang, Zhang Ruichun (2007). Asymmetric factorial design with definite effect, Metrika, 65, 123- 13 1. (SCI)
60. Wu Chunchun and Zhang Ruichun (2007), Asymptotic distribution of empirical likelihood ratio statistics under measurement errors, Journal of Mathematics, 27B(2), 232-242. (SCI)
2006
59. Zhang Qingzhong, Zhang Ruichun and Liu Mingqiang (2006). Screening method of positive effects in supersaturated design, Journal of Statistical Planning and Reasoning, 137, 2068-2079. (SCI)
58. Li, Chen Benjie, Liu Mingquan, Zhang, Chen Ruichun (2006). On the minimum deviation and clear standard, statistical sum. Probability letter, 76,1007-1kloc-0/1. (SCI)
57. Yang Guojun, Liu Mingqi and Zhang (2006). A note on 2 {m-p} _ {iv} design with the largest number of clear two-factor interactions, Mathematica Acta Scientia, 26A(7),1153-1158.
Chen Benjie, Li, Feng Feng, Liu Mingquan, Zhang, Chen Ruichun (2006). Some results of two-level partial factor block normal design with obvious effect. Journal of Statistical Planning and Reasoning,136,4436-4449. (SCI)
Wu Chunchun and Zhang Ruichun (2006). The empirical likelihood method using auxiliary information and information in stratified population size under stratified random sampling, applying probability and statistics, 22(4), 40 1-409.
54. Tan Xianming and Zhang Runchu (2006). Feature selection in discriminant analysis of high-dimensional data, Journal of Mathematical Physics, 26A(5), 647-652.
53. Zi, Xie Mingming, Zhang and Liu Mingqiang (2006). Bounds of the maximum number of two-factor interactions in the design of partial factorial split zones, China Science Series A-Mathematics, 49( 1), 18 16- 1829. (SCI)
Yan, Zhang Runchu, Liu (2006). Maximum limit of interaction effect of pure two factors in the design of partial fracture zone, China Science, Series A, 36 (12):1389-1403. (.
52. Yang Jianfeng, Li, Peng Feng, Liu Mingqiang and Zhang Ruichun (2006), Partial factorial split-zone design with definite effects, Journal of Statistical Planning and Reasoning,136,4450-4458. (SCI)
5 1. Wu Chunchun, Zhang Ruichun (2006), Information theory method for effectively using survey data to assist information, Journal of Institute of Statistical Mathematics, 58,499-509. (SCI)
50. AI Mingyu, Yang Guojun, Zhang, Chen Ruichun (2006). Minimum aberration blocking of regular mixed factorial design, Journal of Statistical Planning and Inference, 136(4),1439-151. (SCI)
Ai Mingyu, Zhang, Chen Ruichun (2006). Split-zone design of least quadratic mixed partial factors in consulting design, China Science and Mathematics Series A, 49 (4), 494-5 12. (SCI)
49. Ai Zhang Runchu (2006). Reference Design Factorial Fracture Zone Design, China Science, Series A, 36( 1), 52-7 1. (SCI)
2005
Wu Chunchun and Zhang Ruichun (2005). Empirical likelihood inference of parameters of interest under stratified random sampling with measurement errors. Journal of Applied Mathematics, English Series, 2 1(3), 429-440. (SCI)
47. Ai Mingyu, Li Fengfeng, Zhang, 2005. Optimal criteria and equivalence of irregular partial factor design. Matrica, 62( 1), 73-83. (SCI)
46. Li Fengfang, Liu Mingquan and Zhang (2005). Selection of the best initial design in sequential experiments, Metrika, 6 1, 127- 135. (SCI)
45. Yang Guojun, Liu Mingquan, Zhang and Chen Ruichun (2005). Weak minimum aberration and maximum clear two-factor interaction number in design, China Science, Series A-Mathematics, 48( 1 1), 1479- 1487. (SCI)
45. Yang, Liu and Zhang Runchu (2005). Interaction between weak minimum low-order hybrid and maximum purity, China Science, Series A, 35 (9), 107 1- 1080. (SCI)
44. Ai Mingyu, Zhang, 2005. Characterization of minimum deviation mixing factor in reference design. Statistical papers, 46(2), 157- 17 1. (SCI)
2003-2004
43. Tan Xiaoming and Zhang, 2004. Generalized Likelihood Ratio Test for the Number of Components in Finite Mixed Models (Chen 1994, Lemma 1): Revision, Canadian Journal of Statistics, 32(4), 469-. (SCI)
42. Ai Mingyu, Zhang, 2004. Optimal block theory of irregular factor design. Canadian Journal of Statistics, 32, 57-72. (SCI)
4 1. Ai Mingyu, Zhang, 2004. Design with clear main effect or clear two-factor interaction. Statistics and information. Probability letter, 69, 15 1- 160. (SCI)
40. Ai Mingyu, Zhang, 2004. Multi-layer partial factor split-zone design with minimum deviation and maximum estimation ability. Statistics and information. Probability letter, 69, 16 1- 170. (SCI)
39. Ai Mingyu, Zhang, 2004. Regular mixed factorial design of minimum aberration theory. Journal of Statistical Planning and Inference,126,305-323. (SCI)
38. Ai Mingyu, Zhang, 2004. Projection proof of generalized minimum deviation of asymmetric partial factor design. Matrika, 60,279-285. (SCI)
37. Lin, Lin and Zhang, 2004. Self-help wavelet in nonparametric regression model of weakly dependent process, Journal of Mathematics, 24b,61-70. (SCI)
36. Li Fengfang, Liu Mingquan and Zhang (2004). Some theories and constructions of mixed horizontal supersaturation design. Probability letter, 69, 105- 1 16. (SCI)
2002
Lu Lin footballer and Zhang Runchu (2002). Three Two-sample Empirical Euclidean Likelihood Methods and Their Comparison, Applied Probability Statistics, 18 (4), 393-399.
Zhang, R.C. (2002). Optimal blocking and partial factor design, ICM 2002, summary of short communication and poster conference, 202-.
33. Lin, Lin and Zhang, 2002. Contour Likelihood, Statistical Sum. Probability letter, 56, 147- 154. (SCI)
200 1
32. Lu Lin footballer and Zhang Runchu (200 1). Relative stability of hypothesis testing, Journal of Applied Mathematics, 24(4), 6 16-622.
3 1. Lin, Li, Zhang, Chen Ruichun (200 1). Blocked empirical Euclidean likelihood for weakly correlated processes. Probability letter, 53, 143- 152. (SCI)
30. Zhang Runchu, Ma Changxing (200 1). Uniform LH design and sampling with orthogonal phenotype, using probability statistics, 17(3), 243-254.
29. Ma Changxing, Zhang Runchu (200 1). Construction of low deviation OALHD, application of probability statistics, 17 (2), 149- 155.
28. Liu, Zhang Runchu (200 1). Construction method of mixed level factor supersaturated design, using probability statistics, 17(4), 367-375.
27. Zhang, Wang Ruichun, Shao Qing (200 1). Minimum aberration design, China statistics, 1 1( 1), 2 13-223. (SCI)
2000
26. Liu Mingqi, Zhang and Chen Ruizhong (2000). Using cyclic BIBDs to construct optimal supersaturated design, Journal of Statistical Planning and Reasoning, 9 1( 1), 139- 150. (SCI)
25. Zhang and Park Dagang (2000). Optimal block of two-level partial factor design, Journal of Statistical Planning and Reasoning, 9 1( 1), 107- 12 1. (SCI)
24. Liu Zhang Runchu (2000). A criterion and algorithm for constructing three-level factor oversaturation design, Journal of Applied Mathematics, 23 (2),161-171.
23. Liu Zhang Runchu (2000). A construction method of optimal supersaturation design, Journal of Applied Mathematics, 23( 1), 1- 14.
22. Liu Mingqi, Zhang and Chen Ruizhong (2000). Calculation of some optimal supersaturated design values of E (s 2), Journal of Mathematical Sciences, 20B(4), 558-562. (SCI)
1998- 1999
2 1. Ma Changxing, Zhang Runchu (1999). Large sample nature of sampling design deviation, Journal of Mathematical Physics, 19(4), 439-447.
20. Liu, Zhang Runchu (1998). Equivalence between optimal supersaturated design and BIB design, Science Bulletin, 43( 19), 2053-2056.
1997
19. Chen, Xie Ruixiang, Fang, Guo Tingtong, Zhang, Chen Ruizhong, Zhu Lixiang (1997). Asymptotic behavior of pseudo-random sequence addition, China Science, Series A-Mathematics, 40(6), 6 12- 62 1. (SCI)
19., Fang Kaitai, Zhang Runchu and Zhu (1997). Asymptotic theory of pseudo-random number sequence superposition, China Science (Series A), 27(4), 289-297. (SCI)
18. Wang Zhaojun and Zhang Runchu (1997). Deviation of uniform design sampling, Journal of Mathematical Physics, 17(2), 207-2 17.
26. Zhang, R.C. and Wang, Z.J. (1997). Constructing orthogonal partial factor design with the same hybrid structure, Science Bulletin, 42(7), 545-548.
17. Wang Zhaojun and Zhang Runchu (1997). Generation of orthogonal tables with the same structure, Science Bulletin, 42( 1), 2 1-24.
1996
16. Wang Zhaojun and Zhang Runchu (1996). Necessary and sufficient conditions for avoiding the existence of multi-factor horizontal combination orthogonal table, Science Bulletin, 4 1( 10), 878-880.
15. Wang Zhaojun and Zhang Runchu (1996). On the construction of orthogonal table to avoid horizontal combination of multiple infeasible factors, Journal of Applied Mathematics, 19(4), 498-506.
14. Wang Zhijun, Zhang, R.C. (1996). Necessary and sufficient conditions for excluding the existence of orthogonal arrangements of some combinations, Science Bulletin, 4 1 (12), 973-975.
13. Zhang Runchu and Wang Zhaojun (1996). Uniform design sampling and its excellent properties, applied probability statistics, 12(4), 337-347.
12. Zhang, registered capital (1996). On a transformation method for constructing multivariate uniform design, Statistics, 6(2), 455-469. (SCI)。
1994- 1995
1 1. Zhang, R.C. and Wang, Z.J. (1995). Construction of orthogonal table excluding some horizontal combinations of factors, Bulletin of the International Statistical Institute, 50th Session, Volume 2, 1267- 1268.
10. Zhang, R.C. and Shao, Q. (1995). On minimum deviation design, Bulletin of the 50th Session of the International Statistical Institute, Volume 2, 1083- 1084.
9. Zhang, R.C. and Wang, Z.J. (1994). Uniform design sampling and its excellent properties, the fifth Japan-China statistical seminar, Okayama University of Science, University Education Press, 343-346.
8. Zhang Runchu and Wang Zhaojun (1994). On the design theory and data analysis of computer experiments, applying probability statistics, 10(4), 420-436.
199 1- 1993
7. Wu, Zhou Fujun, Zhang, R.C. (1993). Minimum aberration design with two-stage and four-stage factors, Biometrika, 80 (1), 203-209. (SCI)
6. Wu, Zhou Fengjun, Zhang and Wang Ruigen (1992). Construction of asymmetric orthogonal table, statistics, 2 (1), 203-220. (SCI)
5. Shen Shiying, Zhang Runchu, Xiao Yunru (1992). Entropy moment test method and entropy moment test table, using probability statistics, 8(2), 137- 145.
1979- 1990
4. Zhang Runchu and Zhuang (1988). Two-parameter Control and Characterization of Brownian Sheets, Science Bulletin, 33(22), 1694- 1697.
3. Zhang, registered capital (1985). Markov Property of Generalized Brownian Simplex and Extended OUP_2, Series A of Science and Mathematics, 28 (8), 8 14-825. (SCI)。
3. Zhang Runchu (1985). Mahalanobis and Generalized OUP_2 of Generalized Brownian Sheets, China Science, Series A, 28 (5), 389-398. (SCI)
2. Zhang Runchu (1983). Principal Component Decomposition of Public Interest Information of Random Variables, Selected Mathematics Research Achievements in Tianjin, Tianjin Science and Technology Press,1983,81-89.
1. Zhang Runchu (1979). Convolution Regression and Its Application, Earthquake Research, 2(4), 22-32.