张明祖
发布者:     发布时间：2025-09-17    浏览次数：

张明祖

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教授、博士生导师、学术副院长

研究领域：大数据分析与智能控制

办公室＆实验室：

电子邮件：mzuzhang@163.com

联系电话：

教育背景

  1. 2011年9月-2014年6月硕士就读于新疆大学运筹学与控制论专业，导师为孟吉翔教授。2. 2014年9月-2018年6月博士就读于厦门大学应用数学专业，导师为张莲珠教授。

  2. 2016年9月-2017年9月由美国西弗吉尼亚大学数学系国家公派联合培养，导师为赖虹建教授。

  3. 2018年10月至今任职于新疆大学数学与系统科学学院

工作简历

  1. 2020年1月晋升为副教授，

  2. 2024年12月晋升为教授。

  3. CCF理论计算机科学专委委员。自2018年1月至今担任美国《数学评论》评论员。现担任教育部学位中心评审专家，中国运筹学会图论组合分会青年理事。

奖励情况

  1. 2018.5 获得厦门大学白鹭一等奖学金

  2. 2013.10 硕士期间获得国家奖学金

  3. 2009.9 获国家励志奖学金

  4. 2008.9 获全国大学生数学建模竞赛全国甲组二等奖

主持项目

  1. 国家自然科学基金委员会，青年项目，12101528, 图的离散等周问题、条件连通性及其相关的Weierstrass型函数研究，2022-01-01-2024-12-31，在研，主持。

  2. 新疆维吾尔自治区科学技术厅，自治区科学基金面上项目，2024D01C38，组合图论边等周问题狄氏型边界和动力系统遍历理论的相关研究，2024-10至2027-09，在研，主持。

  3. 新疆维吾尔自治区科学技术厅，自治区科学基金联合基金，2020D01C069，图的边等周问题及边连通度相关研究，2020-06至2023-6，已结题，主持。

  4. 新疆维吾尔自治区科学教育厅，自治区高校基本科研业务费科研项目-培育类项目，XJEDU202 4P012，2024-01至2026-12，分层图的离散等周方法与Bollobas-Leader型多对多的不交路研究，在研，主持。

  5. 新疆大学，博士启动基金，62031224736，图的离散等周问题在网络可靠性中的应用，

  6. 2019-01至2021-12，已结题，主持。

  7. 新疆教育厅天池博士计划，tcbs201905, 2020.1-2023.12，已结题，主持。

  8. 国家自然科学基金委员会，面上项目，11671186，图的Pfaffian定向相关问题及应用 研究，2017-01至2020-12，已结题，参加。

  9. 国家自然科学基金委员会，地区项目，12101528, 点（边）-k-极大r-一致超图的边数研究，2023-01至2026-12，在研，参加第三。

  10. 新疆维吾尔自治区重点实验室开放课题, 2020D04046,  图与网络的容错 2021-01至2023-12，已结题，参加第四。

  11. 克拉玛依市科学技术局,克拉玛依市创新人才工程,2017RC001A-18,图论在K-元n-立方体分布式处理系统链路故障可靠性分析中的应用, 2017-09至2019-8, 已结题, 参加。

学术成果

2026

  1. [43]Yayu Yang, Zhaoman Huang, Mingzu Zhang∗, Jixiang Meng: Discrete Applied Mathematics. Edge isoperim-etric method for link fault tolerance of the complete Josephus cube under five models: a unified approach,(378)2026, 27-36

2025

  1. [42]Hongxi Liu, Mingzu Zhang*, Sun-Yuan Hsieh, and Chia-Wei Lee: IEEE Transactions on Reliability. A novel links fault tolerant analysis: g-good r-component edge-connectivity of interconnection networks with applications to hypercubes. IEEE Transactions on Reliability. 74(1) (2025) 2487-2496

  2. [41]Yayu Yang, Mingzu Zhang*, Jixiang Meng: Applied Mathematics and Computation.

  3. Fault tolerance assessment for hamming graphs based on r-restricted R-structure (substructure) fault pattern.489 (2025) 129160.

  4. [40]Mingzu Zhang*, Hongxi Liu, Chia-Wei Lee,and Weihua Yang: Discrete Applied Mathematics. Edge isoperimetric method: at least 2/3 of h-extra edge-connec-tivity of a kind of cube-based graphs concentrates on 2^{n−1}. 370(31) (2025) 167-174

  5. [39]Zhaoman Huang, Yayu Yang, Mingzu Zhang*, WeiHua Yang:, Journal of Combinatorial Optimization. Link fault tolerability of the Cartesian product power graph (K9-C9)^n: conditional edge-connectivities under six link fault patterns. 2025,(Accept).

  6. [38] Xianqi Shao and Mingzu Zhang*: The Journal of Supercomputing.An effective O(log N) algorithm for evaluating reliability of augmented 3-ary n-cubes via h-extra edge connectivity, 81(2025)  698.

  7. [37]Yali Sun,Mingzu Zhang*,Xing Feng,Xing Yang: Fundamenta Informaticae. A concentration phenomenon for h-extra edge-connectivity reliability analysis of enhanced hypercubes   with exponentially many faulty links. 2025,(Accept)

  8. [36]Zhaoman Huang, Yayu Yang, Mingzu Zhang* and Xing Yang:The Journal of Supercomputing. Assessing reliability in complete Josephus cube networks via strongly Menger edge-connectivity. 81(1) (2025) 180.

2024

  1. [35]Zhaoman Huang, Mingzu Zhang* and Chia-Wei Lee: Theoretical Computer Science. Connectivity and diagnosability of the complete Josephus cube networks under h-extra fault-tolerant model. 1020 (2024)114925

  2. [34]Pingping Li, Mingzu Zhang*, and Litao Guo: Journal of Interconnection Networks. Minimum congestion and wirelength of embedding the n-th cartesian product of   into various kinds of grid networks. (2024) DOI: 10.1142/ S0219265924500099

  3. [33]Mingzu Zhang*, Zhaoxia Tian, Tengteng Liang, and Hongxi Liu: Discrete Applied Mathematics. The edge fault-tolerance about the strong Menger edge-connectivity of order r among hamming graph. 357 (2024) 322-330

  4. [32]Yayu Yang, Mingzu Zhang, Jixiang Meng: Applied Mathematics and Computation. Link fault tolerance of BC networks and folded hypercubes on h-extra r-component edge-connectivity. 462 (2024) 128343

  5. [31]Jinjie Ma, Mingzu Zhang*, Chenxi Li, Hengji Qiao and Yang Fan：International Journal of Foundations of Computer Science. A note of reliability analysis of SM-λ in folded-crossed hypercube with conditional faults. 35(08)(2024) 1007-1019.

  6. [30]Yushen Zhang, Mingzu Zhang*, Weihua Yang: Journal of Supercomputing. Reliability analysis of the augmented cubes in terms of the h-extra r-component edge-connectivity. (2024) DOI:10.1007/s11227-023-05845-5

  7. [29]Zhaoxia Tian, Mingzu Zhang*, Xing Feng: Journal of Supercomputing. Concentration phenomenon about h-extra edge-connectivity of the n-th cartesian product of complete graph K4 with large-scale faulty links.80 (2024) 1640-1667

  8. [28]Tengteng Liang, Mingzu Zhang*, Sufang Liu: Journal of Combinatorial Optimization. Concentration behavior: 50 percent of h-extra edge connectivity of pentanary n-cube with exponential faulty edges (2024) 47(3) DOI:10.1007/s10878-023-01098-3

2023

  1. [27]Yali Sun, Mingzu Zhang*: Journal of Xinjiang University(Natural Science Edition in Chinese and English):Links fault tolerance analysis for enhanced Hypercube   based on h-extra edge-connectivity. 2023, 40(6): 646-653.

  2. [26]Hongxi Liu,Mingzu Zhang*,Weihua Yang :Journal of Supercomputing.On modified l-embedded edge-connectivity of enhanced hypercubes (2023) DOI:10.1007/s11227-023-05845-5)

  3. [25]Hongxi Liu,Mingzu Zhang*,Xiaowei Xu: Theoretical Computer Science.Many-to-many edge-disjoint paths in (n,k)-enhanced hypercube under three link-faulty hypotheses. 957 (2023) 113855

  4. [24] Mingzu Zhang*, Hongxi Liu, Pingping Li: International Journal of Foundations of Computer Science. Embedded edge-connectivity reliability evaluation of augmented hypercube interconnection networks.34(1)(2023) 1-10

  5. [23]Hengji Qiao, Mingzu Zhang*, Wenhuan Ma and Xing Yang: Parallel Processing Letters. An O(log(N)) algorithm view: reliability evaluation of folded-crossed hypercube in terms of h-extra edge-connectivity. 33(1&2) (2023)2350003:1-2350003:24

  6. [22]Yang Yayu, Mingzu Zhang, and Jixiang Meng*: International Journal of Parallel, Emergent and Distributed Systems. The generalized measure of edge fault tolerance in exchanged 3-ary n-cube.38(3) (2023)173-180

  7. [21]Yayu Yang,Mingzu Zhang,Jixiang Meng*: Journal of Parallel and Distributed Computing. Fault tolerance analysis for Hamming graphs with large-scale faulty links based on k-component edge-connectivity. 173 (2023) 107-114.

  8. [20]Yayu Yang, Mingzu Zhang, Jixiang Meng* and Rongda Chen: The Computer Journal.The a-ave rage degree edge-connectivity of bijective connection networks. 66(9): (2023) 2118-2122

2022

  1. [19]Mingzu Zhang, Hongxi liu, Wenshui Lin*:Journal of Supercomputing. A unified approach to reliability and edge fault tolerance of cube-based interconnection networks under three hypotheses. 78(6) (2022) 7936-7947

  2. [18]Tian Zhaoxia, Mingzu Zhang*, and Xing Feng. Theoretical Computer Science. Reliability measure of the n-th cartesian product of complete graph K4 on h-extra edge connectivity. 922 (2022) 46-60

  3. [17]Tengteng Liang, Mingzu Zhang*, Xing Yang: Journal of Supercomputing. Reliabi- lity analysis of the pentanary n-cube based on h-extra edge-connectivity with a concentration behavior. 78 (2022) 15504-15531

  4. [16]Mingzu Zhang*, Xiaoli Yang, Xiaomin He, Zhuangyan Qin, Yongling Ma: Journal of Interconnection Networks. Reliability evaluation of augmented cubes on de-gree. 22(1)(2022) 2142019 1-10.

2021

  1. [15]Mingzu Zhang*, Zhaoxia Tian, Lianzhu Zhang:A novel view: edge isoperimetric methods and reliability evaluation of several kinds of conditional edge-conn-ectivity of interconnection networks. QRS 2021 (The 21st IEEE International Conference on Software Quality, Reliability, and Security) Reliability and Security for Multiprocessor Interconnection Networks (RSMIN) DOI:10.1109/QRS-C55045.2021.00128

  2. [14]Xing Feng, Lianzhu Zhang*, Mingzu Zhang: Journal of Mathematical Analysis and Applications. Kekulé structures of honeycomb lattice on Klein bottle and M bius strip. 496 (1) (2021) 124790.

  3. [13]Litao Guo, Mingzu Zhang, Shaohui Zhai, Liqiong Xu: International Journal of Foundations Computer Science. Relation of extra edge connectivity and component edge connectivity for regular networks. 32(2) (2021) 137-149.

  4. [12]Wenhuan Ma, Mingzu Zhang*, Jixiang Meng, Tianlong Ma: Journal of Parallel and Distributed Computing.Exponential type of many-to-many edge disjoint paths on ternary n-cubes.158 (2021) 67-79.

2020

  1. [11]Tianlong Ma, Jinling Wang, Mingzu Zhang, Xiaodong Liang: Discrete Applied Mathematics. Path 3-(edge-)connectivity of lexicographic product graphs. 282 (2020) 152-161.

2019

  1. [10]Tianlong Ma, Jinling Wang, Mingzu Zhang: Parallel Processing Letters. The restricted edge-connectivity of Kronecker product graphs. 29(3) (2019) 1950012:1-1950012:7.

2018

  1. [9]Xing Feng, Lianzhu Zhang,Mingzu Zhang: Applied Mathematics and computation. Enumeration of perfect matchings of lattice graphs by Pfaffians. 338 (2018) 412-420.

  2. [8]Xing Feng, Lianzhu Zhang, Mingzu Zhang: Journal of Combinatorial Optmizati-on. An O(|E(G)|2) algorithm for recognizing Pfaffian graphs of a type of bipartite graphs. 35(3) (2018) 740-753.

  3. [7]Mingzu Zhang, Lianzhu Zhang, Xing Feng, Hong-Jian Lai: IEEE Transactions on Reliability. An O(log2(N)) algorithm for reliability evaluation of h-extra edge-connectivity of folded hypercubes. 67(1) (2018) 297-307.

2017

  1. [6]Xing Feng, Lianzhu Zhang, Mingzu Zhang: Graphs and Combinatorics. A sufficient condition for pfaffian graphs on the torus. 33(5) (2017) 1249-1260.

2016

  1. [5]Xing Feng, Lianzhu Zhang, Mingzu Zhang: Applied Mathematics-A Journal of Chinese Universities Series B. Perfect matchings on a type of lattices with toroidal boundary. 34(1) (2019) 33-44.

  2. [4]Mingzu Zhang, Jixiang Meng, Weihua Yang: Applied Mathematics-A Journal of Chinese Universities Series B. On the extra edge-connectivity of hypercubes. 31(2) (2016) 198-204.

  3. [3]Mingzu Zhang, Lianzhu Zhang, Xing Feng: Theoretical Computer Science. Reliability measures in relation to the h-extra edge-connectivity of folded hypercubes. 615 (2016) 71-77.

2014

  1. [2]Mingzu Zhang, Jixiang Meng, Weihua Yang, Yingzhi Tian: Information Scie-nces. Reliability analysis of bijective connection networks in terms of the extra edge-connectivity. 279 (2014) 374-382.

2013

  1. [1]Mingzu Zhang, Jixiang Meng,Yingzhi Tian: Journal of Xinjiang University (Natural Science Edition). On reliability of hypercubes in terms of extra edge-connectivity. 3 (2013) 253-256.

其他

本科生

  1. 2019年指导本科生优秀论文1人次（杨娅彧）；

  2. 2022年指导本科生优秀论文1人次（杨盛全）；

  3. 2023年指导本科生优秀论文1人次（乔恒基）；

  4. 2021年指导自治区大学生创新训练计划项目院级1人次（结项优秀，秦壮言 主持）；

  5. 2022年指导国家大学生创新训练计划项目（结项优秀，马金杰 主持）；

  6. 2023年指导国家大学生创新训练计划项目（结项，史芳源 主持）；

研究生

  1. 2021年获研究生国家奖学金（硕士）1人次（马文欢)；

  2. 2022年研究生获优秀学位论文1人次（马文欢）；

  3. 2022年获研究生自治区学业奖学金（硕士）1人次 (刘泓汐)。

  4. 2022年获研究生自治区奖学金（硕士）2人次（梁腾腾，田朝霞)；

  5. 2023年研究生获优秀学位论文2人次（梁腾腾，田朝霞);

  6. 2023年获研究生自治区学业奖学金（硕士）3人次 (张宇申，张凤琴，黄照曼 )。

  7. 2023年获研究生自治区奖学金（硕士）2人次 (刘泓汐，杨娅彧)。

  8. 协助培养的博士研究生： 杨娅彧, 女, 研究方向图论及其应用;

  9. 2023年指导自治区研究生创新项目(结题，刘泓汐 主持)。

  10. 已经毕业硕士7名。

  11. 目前在读硕士研究生11名。在读博士名单：马金杰，硕博连读：吴妍。


热烈欢迎积极主动、踏实钻研、具有良好的英语读写能力的同学报硕士和博士研究。