鞏增泰，77779193永利二級教授、博士研究生導師、甘肅省教學名師，國家首批一流課程“數學分析”負責人。2000年4月在哈爾濱工業大學獲理學博士學位，師從著名數學家吳從炘教授；曾于1991年在新加坡國立大學與原國際數學教育委員會副主席Lee Pengyee博士進行合作研究；2003年受香港理工大學計算學系講座教授楊蘇博士邀請，在香港理工大學進行合作研究；2000年9月至2003年5月在中國科學院寒區旱區環境與工程研究所博士後流動站工作，合作導師為程國棟院士。主要從事不确定問題的數學理論研究，包括實分析、模糊分析學、粗糙集理論、知識獲取與信息融合、信息集成與決策等問題的研究，學術研究涉及數學、信息科學、管理科學等領域。發表論文200餘篇，期中SCI檢索刊物論文90餘篇。現為國際權威刊物《Fuzzy Sets and systems》編委，中國系統工程學會模糊數學與系統專業委員會常務理事兼應用與開發委員會主任，甘肅省科普專家，甘肅省科技評價及獎勵評審專家。主持完成國家自然科學基金項目（10771171；71061013；61262022；11461062；61763044）5 項，國家自然科學基金重點項目（40235053）子項目 1 項，現主持國家自然科學基金項目（12061067）1 項。完成的項目曾獲甘肅省科技進步一等獎（2003年），主持完成的項目 4 次獲甘肅省自然科學三等獎（2009 年；2013 年；2019 年；2022年）。
聯系方式：
地址：甘肅省蘭州市安甯區安甯東路967号郵編：730070
辦公地點：77779193永利緻勤樓A區1604室
E-mail: zt-gong@163.com
科研項目：
1）主持國家自然科學基金項目“模糊複分析（複模糊分析）：基礎理論，空間表示與應用模型”（12061067）（2021.01-2024.12）；
2）主持國家自然科學基金項目“不确定混合數據環境下多源信息融合的數學理論、方法和仿真”（61763044）（2018.01-2021.12）；
3）主持國家自然科學基金項目“高維模糊數值函數分析學、模糊凸分析與優化理論”（11461062）（2015.01-2018.12）；
4）主持國家自然科學基金項目“知識獲取與信息融合的數學理論及其應用模型集成研究”（61262022）（2013.01-2016.12）；
5）主持國家自然科學基金項目“無交易市場物品價值量評估模型的研究——以甘肅省少數民族地區九年義務教育效益計算為例”（71061013）（2011.01-2013.12）；
6）主持國家自然科學基金“非絕對模糊積分理論與非連續模糊系統”（10771171）（2008.01-2010.12）；
7）主持國家自然科學重點基金項目(40235053)——“環境變化條件下幹旱區内陸河流域水資源可持續利用研究——以黑河流域為例”子項目——“幹旱區内陸河流域水資源定量管理配置可計算數學模型——以黑河流域為例”（2002.01-2006.12）；
8）主持甘肅省自然科學基金項目“模糊數、粗糙集理論及其應用模型研究（0803RJZA108）” (2009.01-2010.12)；
9）主持甘肅省自然科學基金項目“非絕對模糊積分理論與非連續模糊微分方程（3ZS041-A25-004）” (2006.01-2007.12)；
10）主持甘肅省自然科學基金項目——“模糊分析學的研究及其應用”的研究(ZS011-A25-012-Z) (2003.01-2004.12)；
11）主持甘肅省教育廳基金項目“模糊數、粗糙集理論及其應用模型研究（0601-20）” (2006.01-2008.12)；
12）2022年，鞏增泰主持的甘肅省高等教育教學成果培育項目“數學與應用數學專業《數學分析III》參與式研讨課教學改革的探索與實踐”結項結果“優秀”。
獎勵和榮譽：
1）2022年，主持完成的科研成果“模糊數與信息粒: 分析學，粒表示與優化” （鞏增泰、楊宏、王倩、海射香、郝亞東）獲甘肅省2022年度自然科學三等獎；
2）2019年，主持完成的科研成果“模糊數值函數分析學：逆問題，凸分析與優化” （鞏增泰、楊宏、劉坤、海射香、王倩）獲2019年甘肅省自然科學三等獎；
3）2013年，主持完成的科研成果“知識獲取與融合的數學理論及其應用模型研究” （鞏增泰、郭曉斌、史戰紅、邵亞斌、肖志勇）獲2013年甘肅省自然科學三等獎；
4）2009年，主持完成的科研成果“非絕對模糊積分理論與非連續模糊系統” （鞏增泰、孫秉珍、汪玲、邵亞斌、李紅霞），獲2009年甘肅省自然科學三等獎；
5）2003年，參與中國科學院寒區旱區環境與工程研究所項目“内陸河流域生态經濟和生态水文建設”，獲2003年度甘肅省科技進步一等獎（程國棟，程國棟、徐中民、趙文智、張志強、鞏增泰等）；
6）2023年, 作為負責人主持申報的“77779193永利數學分析教研室”獲甘肅省高等學校省級優秀基層教學組織；
7）2020年, 作為課程負責人，主持的《數學分析》課程獲國家首批一流本科課程；
8）2016年, 獲“甘肅省教學名師”獎；
9）2009，獲77779193永利第4屆學生最喜歡的教師；
10）2009年，獲77779193永利第5屆教學名師獎；
11）2005年,獲77779193永利學生最喜歡的優秀教師；
12）2006年，獲77779193永利教育實習先進個人；
13）2004年,獲甘肅省高校青年教師成才獎；
14）2006年，指導全國大學生數學建模獲甘肅省特等獎1項,國家2等獎1項；
15）2007年，指導全國大學生數學建模獲國家2等獎1項，甘肅省省級1等獎；
16）1996年，教改項目 “實分析課程教學改革與研究” （丁傳松，李寶鱗，鞏增泰，馬振民）的研究，獲1996年度甘肅省省政府頒發的教學成果一等獎；
17）2021年,作為負責人,教學成果“數學與應用數學專業《數學分析III》參與式研讨課教學改革的探索與實踐” （鞏增泰,顔榮芳,伏升茂,韓曉玲,杜小妮,高承華,張國寶,孫小春,崔少軍,孫宜蓉）獲77779193永利教學成果二等獎。
18）2003，主持完成的“數學分析教學改革的實踐與成果” （馬振民，鞏增泰，伏升茂）獲77779193永利2003年度教學成果一等獎；
教材與專著：
呂世虎，鞏增泰，新課程學習方式的變革,中國人事出版社，2004。
發表的部分學術論文:
[241] Ning Liu, Zengtai Gong, Derivatives and indefinite integrals of single valued neutrosophic function, AIMS Mathematics 9(1)(2024) 391-411.
[240] Zengtai Gong, Taiqiang Jiang, Weighted continuous triangular fuzzy conflict analysis and its three-way decision method, Journal of Intelligent & Fuzzy Systems 46 (2024) 2077–2090
[239] Zengtai Gong, Jun Wu, Kun Liu, The dual fuzzy matrix equations: extended solution, algebraic solution and solution, AIMS Mathematics 8(3) (2023) 7310-7328.
[238] YabinShao, YubingLi, ZengtaiGong, On Lr-norm-based derivatives and fuzzy Henstock-Kurzweil integrals with an application , Alexandria Engineering Journal 67(15) ( 2023) 361-373
[237] Zengtai Gong, Lele He, Cycle connectivity and cyclic connectivity index of intuitionistic fuzzy graphs, Journal of Intelligent & Fuzzy Systems 44 (2023) 6737–6748
[236] Zengtai Gong, Fangdi Wang, Operation properties and (\alpha,\beta) -equalities of complex intuitionistic fuzzy sets, Soft Computing 27 (2023) 4369–4391
[235] Zengtai Gong, Fangdi Wang, Complex fuzzy sets: (α, θ)-cut sets, decomposition theorems, extension principles and their applications, Journal of Intelligent & Fuzzy Systems 44 (2023) 8147–8162
[234] Na Qin, Zengtai Gong, Color image denoising by means of three-dimensional discrete fuzzy numbers, The Visual Computer 39 (2023)2051–2063
[233]Zengtai Gong, Jing Zhang, Granular reduction in formal fuzzy contexts: graph representation, graph approach and its algorithm, Artificial Intelligence Review, 56 (12) (2023)15101-15127
[232] Zengtai Gong, Chen Zhang, Adjacent Vertex Distinguishing Coloring of Fuzzy Graphs, Mathematics 2023, 11, 2233
[231] Zengtai Gong, Wenting Li, Multi-scale variable precision covering rough sets and its applications, Applied Intelligence 53 (2023) 31018–31032.
[230] Zengtai Gong, Lele He, Connectivity status of intuitionistic fuzzy graphs and its applications, International Journal of Foundations of Computer Science, http://dx.doi.org/10.1142/S01290541235002231.
[229] Zengtai Gong, Zhiyong Xiao, Approximation of fuzzy complex numbers by the form x+iy, Journal of Intelligent & Fuzzy Systems 42 (2022) 3381–3391 ,
[228] Zengtai Gong, Han Gao, Ting Xie, Preinvexity of n-dimensional fuzzy number-valued functions: characterization, variational inequality and optimization problems, AIMS Mathematics 7(4)(2022) 6099–6127
[227] Zengtai Gong, Na Qin, Guicang Zhang, Visible Watermarking in Document Images using Two-stage Fuzzy Inference System, The Visual Computer38 (2022) 707–718
[226] Shexiang Hai, Zengtai Gong, Calculus of linear fuzzy-number-valued functions using the generalized derivative and the Riemann integral of fuzzy n-cell-number-valued functions, Fuzzy Sets Systems 429 (2022) 188–211
[225] Zengtai Gong, Chengcheng Shen, Monotone set-valued measures: Choquet integral, f-divergence and Radon-Nikodym derivatives, AIMS Mathematics 7(6) (2022) 10892–10916.
[224] 鞏增泰, 顔小燕, 基本不确定信息軟集的得失優勢度評分方法及其多屬性決策, 雲南大學學報(自然科學版) 44(2) (2022) 218-229
[223] Jindong Feng, Zengtai Gong, A Novel Feature Selection Method with Neighborhood Rough Set and Improved Particle Swarm Optimization, IEEE ACCESS 10(2022)33301-33312
[222] Altyeb Mohammed, Zeng-Tai Gong, Mawia Osman, A Numerical Technique for Solving Fuzzy Fractional Optimal Control Problems, Journal of Computational Analysis and Applications 29(3) (2021) 413-430
[221] Mawia Osman, Zeng-Tai Gong, Altyeb Mohammed, Differential Transform Method for Solving Fuzzy Fractional Wave Equation, Journal of Computational Analysis and Applications 29(3) (2021) 431-453
[220] 鞏增泰, 王越, 加權連續沖突分析模型及其三支決策方法, 77779193永利學報(自然科學版) 57(1) (2021) 1-8
[219] Zengtai Gong, Zhiyong Xiao, Fuzzy complex numbers: Representations, operations, and their analysis, Fuzzy Sets and Systems 417 (2021) 1-45
[218] ZENGTAI GONG, NA QIN, GUICANG ZHANG, Three-dimensional generalized discrete fuzzy number and applications in color mathematical morphology, IEEE ACCESS, 9 (2021) 25405-25421
[217] Zengtai Gong, Junhu Wang, Hesitant fuzzy graphs, hesitant fuzzy hypergraphs and fuzzy graph decisions, Journal of Intelligent & Fuzzy Systems 40(1)(2021) 865-875
[216] Mawia Osman, Zengtai Gong, Altyeb Mohammed Mustafa and Hong Yang, Solving Fuzzy (1 + n)-Dimensional Burgers' Equation, Advances in Difference Equations2021 (2021) 219
[215] Altyeb Mohammed Mustafa, Zengtai Gong, Mawia Osman, The Solution of Fuzzy Variational Problem and Fuzzy Optimal Control Problem under Granular Differentiability Concept, International Journal of Computer Mathematics 98(8) (2021) 1495-1520
[214] Zengtai Gong, Le Fan, Three-way multi-attribute decision making based on outranking relations under intuitionistic fuzzy environments, Symmetry 2021, 13: 1384 (pages 15).
[213] Junsheng Qiao, Zengtai Gong, On r-(quasi-)overlap Functions, IEEE Transactions on Fuzzy Systems, 29(10)(2021) 3178- 3185
[212] Yabin Shao, XiaodingQi, Zengtai Gong, A General Framework for Multi-Granulation Rough Decision-Making Method under q-rung Dual Hesitant Fuzzy Environment, Artificial Intelligence Review 53(7)(2020) 4903-4933
[211] 鞏增泰,曹玉斌,基于
分布的直覺模糊散度測度及其在推薦系統中的應用,77779193永利學報(自然科學版) 56(1) (2020) 10-20
[210] Hong Yang, Zengtai Gong, Numerical solutions for fuzzy Fredholm integral equations of the first kind using Landweber iterative method, Journal of Intelligent & Fuzzy Systems 38(3) (2020) 3059-3074
[209] Zhiyong Xiao, Zengtai Gong, Kun Liu, Fuzzy linear systems with the two-dimension fuzzy data, Journal of Intelligent & Fuzzy Systems 38 (4) (2020) 5295-5315
[208] Zengtai Gong, Wenjing Lei, Kun Liu, Na Qin, The weighted moving averages for a series of fuzzy numbers based on non-additive measures with - rules and Choquet integral of fuzzy-number-valued function, Journal of Function Spaces, Volume 2020, Article ID 3013648, 11 pages
[207] Shexiang Hai, Zengtai Gong, Zizhong Chen, Weighted pseudometric approximation of 2-dimensional fuzzy numbers by fuzzy 2-cell prismoid numbers preserving the centroid, Fuzzy Sets and Systems 387 (2020) 158–173
[206] 鞏增泰, 申誠誠, 集值測度和非可加集值測度的f-散度, 雲南大學學報(自然科學版) 42(4) (2020) 599~608
[205] Zengtai Gong, Xuyang Kou, Ting Xie, Interval-valued Choquet integral for set-valued mappings: definitions, integral representations and primitive characteristics, AIMS Mathematics 5(6) (2020) 6277–6297
[204] Mawia Osman, Zengtai Gong, Altyeb Mohammed Mustafa, Comparison of fuzzy Adomian decomposition method with fuzzy VIM for solving fuzzy heat-like and wave-like equations with variable coefficients, Advances in Difference Equations2020(2020) 327
[203] Qian Wang, ZengTai Gong, Structural centrality in fuzzy social networks based on fuzzy hypergraph theory, Computational and Mathematical Organization Theory 26 (2020) 236–254
[202] Ting Xie, Zengtai Gong, and Dapeng Li, Generalized derivatives and optimization problems for n-dimensional fuzzy-number-valued functions, Open Mathematics 18 (2020) 1451–1477
[201] Zengtai Gong, Wenjing Lei, The weighted moving averages for a series of fuzzy numbers based on non-additive measures with - rules, Journal of Computational Analysis and Applications, 27(5) (2019) 882-891
[200] Zengtai Gong, Yadong Hao, Fuzzy Laplace transform based on Henstock integral and its applications in discontinuous fuzzy systems, Fuzzy Sets and Systems 358 (2019) 1–28
[199] Hong Yang, Zengtai Gong, Ill-posedness for fuzzy Fredholm integral equations of the first kind and regularization methods, Fuzzy Sets and Systems 358 (2019) 132–149
[198] 鞏增泰, 王龍五, 覆蓋變精度粗糙模糊集模型, 蘭州大學學報(自然科學版), 55(1) (2019) 105-112
[197] Longwu Wang and Zengtai Gong, Covering-Based Grade Rough Fuzzy Set Models, Journal of Mathematics and Informatics, 16 ( 2019): 1-9
[196] 鞏增泰,李巧霞, 基于Sugeno測度的半一緻模有序加權平均算子及其遞歸集成器設計, 模糊系統與數學33(6) (2019) 11-28
[195] 鞏增泰,宿愛, 模糊随機過程的Ito-Henstock 積分, 山東大學學報(自然科學版), 54(8) (2019) 1-13
[194] Ting Xie, Zengtai Gong, Inequalities of Lyapunov and Stolarsky Type for Choquet-Like Integrals with respect to Nonmonotonic Fuzzy Measures, Journal of Function Spaces, Volume 2019, Article ID 4631530, 14 pages
[193] Ting Xie, Zengtai Gong, Variational-like inequalities for n-dimensional fuzzy-vector-valued functions and fuzzy optimization, Open Math. 17 (2019) 627–645
[192] Jiansheng Li, Zengtai Gong, Yabin Shao, Intuitionistic fuzzy transform and its application, Journal of Intelligent & Fuzzy Systems 37 (2019) 1223–1232
[191] Jiansheng Li, Zengtai Gong, SISO intuitionistic fuzzy systems: IF-t-norm, IF-R-implication and universal approximators, IEEE Access 7 (2019) 70265-70278
[190] Yabin Shao, Qiong Mou, Zengtai Gong, On retarded fuzzy functional differential equations and nonabsolute fuzzy integrals, Fuzzy Sets and Systems 375 ( 2019) 121-140
[189] Ting Xie, Zengtai Gong, A Hesitant Soft Fuzzy Rough Set and Its Applications, IEEE Access 7 (2019) 167766-167783
[188] Altyeb Mohammed Mustafa, Zengtai Gong, Mawia Osman, Fuzzy Optimal Control Problem of Several Variables, Advances in Mathematical Physics, Volume 2019, Article ID 2182640, 12 pages
[187] Yabin Shao, Xiaoding Qi, Zengtai Gong, A Fuzzy Rough Set Model Based on Reliability Over Dual-Universe and Its Applications, IEEE Access 7 (2019) 50605-50617
[186] Zengtai Gong, Wencui Zhao, A novel approach for solving fully fuzzy linear programming problem with LR at fuzzy numbers, Journal of Computational Analysis and Applications 24(1) (2018) 11-22
[185] Qian Wang, Zengtai Gong, An application of fuzzy hypergraphs and hypergraphs in granular computing, Information Sciences 429 (2018) 296-314
[184] Zengtai Gong, Wencui Zhao, Kun Liu, An straightforward approach for solving fully fuzzy linear programming problem with LR-type fuzzy numbers, Journal of the Operations Research Society of Japan, 61(2) (2018) 172-185
[183] Juan Li, Xiao-Lei Zhang, Zeng-Tai Gong, Aggregating of Interval-valued Intuitionistic Uncertain Linguistic Variables based on Archimedean t-norm and It Applications in Group Decision Makings, Journal of Computational Analysis and Applications, 24(5) (2018) 874-885
[182] Zengtai Gong, Runli Chai, Yongping Guo, Homomorphisms between the covering information systems, Int. J. Computational Science and Engineering, 17(1) (2018) 15-24
[181] Yabin Shao, Zengtai Gong, Yuping Lian, On the Henstock-Pettis Integral for Fuzzy Number Valued Functions, Journal of Computational Analysis and Applications, 25(6) (2018) 1067-1080
[180] Muawya Elsheikh Hamid, Luoshan Xu, Zengtai Gong, Locally and globally small Riemann sums and Henstock-Stieltjes integral of fuzzy-number-valued functions, Journal of Computational Analysis and Applications, 25(6) (2018) 1107-1115
[179] Hong-Xia Li, Yu-Juan Bai, Zeng-Tai Gong, The convexity of n-dimensional fuzzy mappings and the saddle point conditions of the fuzzy optimization problems, Journal of Computational Analysis and Applications, 25(8) (2018) 1480-1489
[178] Muawya Elsheikh Hamid , Luoshan Xu , Zengtai Gong, Locally and globally small Riemann sums and Henstock integral of fuzzy-number-valued functions, Journal of Computational Analysis and Applications, 25(1) (2018) 11-18
[177] Shexiang Hai, Zengtai Gong, The differential and subdifferential for fuzzy mappings based on the generalized difference of n-cell fuzzy-numbers, Journal of Computational Analysis and Applications, 24(1) (2018) 184-195
[175] She-Xiang Hai, Zeng-Tai Gong,The differentiability for fuzzy n-cell mappings and the KKT optimality conditions for a class of fuzzy constrained minimization problem, Journal of Computational Analysis and Applications, 25(3) (2018) 407-417
[174] 鞏增泰, 趙妍亮, 基于廣義二元關系的多支決策模型及其合成, 模糊系統與數學, 32(1) (2018) 28-37
[173] Zengtai Gong, Huiting Li, Recursive Aggregation of OWA Operators for Fuzzy Number Based on Non-additive Measure with σ-λ Rules, Journal of Mathematics and Informatics, 12 (2018) 79-87
[172] 鞏增泰,李慧婷, 基于非可加測度的OWA算子遞歸集成及其集成器設計, 陝西師範大學學報(自然科學版) 46(3) (2018) 48-54
[171] 鞏增泰，高寒，n維模糊數值函數的預不變凸性，山東大學學報(自然科學版) 53(10) (2018) 72-81
[170] 鞏增泰，楊甲榮, 基于LR-梯形模糊數的模糊線性系統解問題及其數值計算, 雲南大學學報（自然科學版），40(5) (2018) 836-847
[169] 邵亞斌，鞏增泰, 模糊數值函數的Henstock積分Moore-Smith極限, 模糊系統與數學, 32(2) (2018) 39-47
[168] Hong Yang, Zeng-Tai Gong, Regularization solutions of ill-posed Helmholtz-type equations with fuzzy mixed boundary value, Journal of Computational Analysis and Applications 22(7) (2017) 1350-1360
[167] Zengtai Gong, Qian Wang, Some Operations on Fuzzy Hypergraphs, Ars Combinatoria 132 (2017)203-217
[166] Zengtai Gong, Xiaoxia Zhang, The further investigation of variable precision intuitionistic fuzzy rough set model, International Journal of Machine Learning and Cybernetics 8(5) (2017) 1565-1584
[165] Zengtai Gong, Qian Wang, On the connection of fuzzy hypergraph with fuzzy information system, Journal of Intelligent and Fuzzy Systems 33 (2017) 1665–1676
[164] Zengtai Gong, Runli Chai, Yongping Guo, Homomorphisms between the Covering Information Systems, Int. J. Computational Science and Engineering
[163]鞏增泰, 郝亞東,模糊Laplace變換的卷積定理及其應用, 77779193永利學報(自然科學版）, 53(2) (2017) 1-7
[162] 鞏增泰, 寇旭陽, 集值函數關于模糊測度Choquet積分的表示和積分原函數性質, 山東大學學報(自然科學版) 52(8) (2017) 1-10
[161] Yabin Shao, Zengtai Gong, Juan Li, Controlled convergence theorems for infinite dimension Henstock integrals of fuzzy valued functions based on weak equi-integrability, Fuzzy Sets and Systems 327 (2017) 69-97
[160] 邵亞斌, 鞏增泰, 關于有界變差函數的模糊Henstock-Stieltjes積分, 模糊系統與數學, 31(1) (2017) 57-65
[159] Ya-Bin Shao, Zeng-Tai Gong, Zi-Zhong Chen, On generalized solutions for discontinuous fuzzy differential equations and strong fuzzy Henstock integrals, J. Nonlinear Sci. Appl., 10 (2017) 2181–2195
[158] Ya-Bin Shao, Zeng-Tai Gong, Zi-Zhong Chen, On the existence of generalized weak solutions to discontinuous fuzzy differential equations, J. Nonlinear Sci. Appl., 10 (2017) 6274–6287
[157] Zeng-Tai Gong, Xue Feng, α-statistical convergence and strong α-convergence of -order for a sequence of fuzzy numbers, Journal of Computational Analysis and Applications 21(2) (2016) 228-236
[156] Zengtai Gong, Qian Wang, Fuzzy share functions for cooperative fuzzy games, Journal of Computational Analysis and Applications 21(3) (2016) 597-607
[155] Zengtai Gong, Hong Yang, Ill-posed fuzzy initial-boundarry value problems based on generalized differentiability and regularization, Fuzzy Sets and Systems 295 (2016) 99–113
[154] Zengtai Gong, Shexiang Hai, The convexity of $n$-dimensional fuzzy-number-valued functions and its applications, Fuzzy Sets and Systems 295 (2016) 19–36
[153] Zengtai Gong, Runli Chai, Covering multigranulation trapezoidal fuzzydecision-theoretic rough fuzzy set models and applications, Journal of Intelligent and Fuzzy Systems 31 (2016) 1621–1633
[152] Shexiang Hai, Zengtai Gong, Hongxia Li, Generalized differentiability for n-dimensional fuzzy-number-valued functions and fuzzy optimization, Information Sciences 374 (2016) 151–163
[151]鞏增泰, 雷文婧, 基于σ-λ 律非可加測度的移動加權平均方法, 蘭州大學學報（自然科學版）, 52(5) (2016) 686-691
[150] 鞏增泰, 賈永, 完備格上基于
算子的直覺模糊粗糙集模型, 雲南大學學報（自然科學版），38(4) (2016) 515-523
[149] 鞏增泰，柴潤麗, 覆蓋多粒度梯形模糊數決策理論粗糙集模型, 計算機工程與應用, 52(14) (2016) 78-83
[148] Zengtai Gong, Lu Zhang, Xinyun Zhu, The statistical convergence for sequences of fuzzy-number-valued functions, Information Sciences 295 (2015) 182–195
[147] Muawya Elsheikh Hamid, Zeng-Tai Gong, The characterizations of McShane integral and Henstock integrals for fuzzy-number-valued functions with a small Riemann sum on a small set, Journal of Computational Analysis and Applications 19(5) (2015) 830-836
[146] Zeng-tai Gong, Xiao-xia Liu, Xue Feng, Almost ideal statistical convergence and strongly almost ideal lacunary convergence of sequences of fuzzy numbers with respect to the Orlicz functions, Journal of Computational Analysis and Applications 19(5) (2015) 418-425
[145] Zengtai Gong, Xiaoxia Zhang, On characterization of soft fuzzy rough sets based on a pair of implicators, Fundamenta Informaticae 137 (2015) 457–491
[144] Zengtai Gong, Hong Yang, Ill-posed fuzzy initial-boundarry value problems based on generalized differentiability and regularization, Fuzzy Sets and Systems 295 (2016) 99–113
[143] 鞏增泰, 馮雪, 幾類基于Orlicz 函數及強缺項收斂的模糊數列空間，陝西師範大學學報(自然科學版) 43(1) (2015) 1-7
[142] 鞏增泰, 魏朝琦, 集值函數關于非可加集值測度的Choquet積分, 山東大學學報（自然科學版）50(4) (2015) 14-23
[141] 鞏增泰，柴潤麗, 基于區間值模糊概率測度的多粒度區間值決策粗糙集模型, 77779193永利學報（自然科學版）51(6) (2015) 21-27
[140] Zengtai Gong, Yongping Guo, Homomorphisms Between the Covering Information Systems, 2015 12th International Conference on Fuzzy Systems and Knowledge Discovery (FSKD'15), pp.923-927
[139] Zhan-hong Shi, and Zeng-tai Gong, Measuring Fuzziness of Generalized Fuzzy Rough Sets Induced by Pseudo-Operations, JOURNAL OF COMPUTATIONAL ANALYSIS AND APPLICATIONS, 16(1) (2014) 56-66.
[138] Zeng-tai Gong, and Ting Xie, Pseudo-differentiability, Pseudo-integrability and Nonlinear Differential Equations, JOURNAL OF COMPUTATIONAL ANALYSIS AND APPLICATIONS, 16(4) (2014) 713-721.
[137] Zengtai Gong, and Xiaoxia Zhang, Difference Methods for a Fuzzy Two-Dimensional Parabolic Equation with Variable Coefficients and Non-Local Boundary Conditions, JOURNAL OF COMPUTATIONAL ANALYSIS AND APPLICATIONS, 17(3) (2014) 595-608.
[136] Zengtai Gong, Lei Tao, Rough set theory for the incomplete interval valued fuzzy information systems, Journal of Intelligent and Fuzzy Systems, 26 (2014) 889-900
[135] Zeng-tai Gong, Bi-qian Wu, Contingent Valuation of Non-Market Goods Based on Intuitionistic Fuzzy Clustering: Part I, Advances in Intelligent and Soft Computing, 211 (2014) 263-274
[134] Zeng-tai Gong, Yu-juan Bai, Wen-qing Pan, Preinvex Fuzzy-Valued Function and Its Application in Fuzzy Optimization, Advances in Intelligent and Soft Computing, 211 (2014) 31-42
[133] Ya-bin Shao, Huan-huan Zhang, Zeng-tai Gong, The Generalized Solution for Initial Problems of Fuzzy Discontinuous Differential Equations, Advances in Intelligent and Soft Computing, 211 (2014) 229-140
[132] Zengtai Gong, Xiaobin Guo, Kun Liu, Approximate solution of dual fuzzy matrix equations, Information Sciences, 266 (2014) 112–133
[131] Zengtai Gong, Xiaoxia Zhang, Variable precision intuitionistic fuzzy rough sets model and its application, International Journal of Machine Learning and Cybernetics, 5(2) (2014) 263-280
[130] Zengtai Gong, Li Chen, Gang Duan, Choquet integral of fuzzy-number-valued functions, the differentiability of the primitive with respect to fuzzy measures and Choquet integral equations, Abstract and Applied Analysis, Volume 2014 (2014), Article ID 953893, 11 pages
[129] Zengtai Gong, Shexiang Hai, The interval-valued trapezoidal approximation of interval-valued fuzzy numbers and its application in fuzzy risk analysis, Journal of Applied Mathematics, Volume 2014 (2014), Article ID 254853, 24 pages
[128] 鞏增泰, 趙文翠, 完全模糊線性規劃及其近似計算, 蘭州大學學報(自然科學版) 50(4) (2014) 546-551
[127] 鞏增泰, 張小蕾, 對數copulas函數與一類推廣的Frank方程, 雲南大學學報(自然科學版) 36 (4) (2014)455-463
[126] 鞏增泰, 馮雪, 模糊數列的加權收斂和加權統計收斂, 77779193永利學報(自然科學版) 50(5) (2014) 1-6
[125] Zengtai Gong, Kun Liu, The Generalized LR-Fuzzy Numbers and its Application in Fully Fuzzy Linear Systems, JOURNAL OF COMPUTATIONAL ANALYSIS AND APPLICATIONS, 15(1) (2013)133-141
[124] Kun Liu, Zengtai Gong, Numerical solution of fully fuzzy linear matrix equations, JOURNAL OF COMPUTATIONAL ANALYSIS AND APPLICATIONS, 15(6) (2013) 1026-1035
[123] Zengtai Gong, Wei Zhao, Ying Qi, Lei Tao, Similarity and (
)-equalities of intuitionistic fuzzy choice functions based on triangular norms, Knowledge-Based Systems 53 (2013) 185–200
[122] Li Chen, Zengtai Gong, Duan Gang, Genetic algorithm optimization for determining fuzzy measures from fuzzy data, Journal of Applied Mathematics, Volume 2013, Article ID 542153, 11 pages
[121] 鞏增泰, 王芳弟, Vague集的擴展及其在模糊近似空間中的粗糙近似, 工程數學學報, 30(5) (2013) 683-694
[120] 鞏增泰, 齊穎, 基于Archimedean三角模的廣義直覺模糊不确定語言變量集成方法, 山東大學學報48(3) (2013)53-63
[119] 鞏增泰，王芳弟, 廣義Vague粗糙集的公理化刻劃,77779193永利學報（自然科學版），49(2)(2013)1-4
[118] Zengtai Gong, Liangliang Wang, The Henstock-Stieltjes Integral for Fuzzy-number-valued Functions, Information Sciences 188 (2012) 276–297
[117] Gong Zengtai, Guo Xiaobin, Inconsistent fuzzy matrix equations and its fuzzy least squares solutions, Applied Mathematical Modelling 35 (2011) 1456–1469
[116] 鞏增泰,劉曉霞, 模糊數列的理想統計收斂和理想缺項統計收斂, 山東大學學報(自然科學版) 2012, 47 (6): 111-116
[115] ZENG-TAI GONG, ZHAN-HONG SHI, YA-BIN SHAO, ON CHARACTERIZATION OF FUZZY ROUGH SETS BASED ON PSEUDO-OPERATIONS, Proceedings of the 2012 International Conference on Machine Learning and Cybernetics, Xi’an, 15-18 July 2012, pp 226-232,
[114] ZHAN-HONG SHI，ZENG-TAI GONG，A NOVEL SIMILARITY MEASURE OF INTUITIONISTIC FUZZY SETS INDUCED BY TRIANGULAR NORM，Proceedings of the 2012 International Conference on Machine Learning and Cybernetics, Xi’an, 15-18 July 2012, pp 233-237
[113] YA-BIN SHAO, ZENG-TAI GONG, THE CONVERGENCE THEOREMS OF THE MCSHANE-STIELTJES INTEGRAL FOR FUZZY-NUMBER-VALUED FUNCTIONS, Proceedings of the 2012 International Conference on Machine Learning and Cybernetics, Xi’an, 15-18 July 2012, pp 238-242
[112] 鞏增泰, 師潔, 屬性權重、位置權重以及屬性賦值均為直覺模糊數的信息集成算子及其應用, 蘭州大學學報48(6) (2012) 105-113
[111] Zengtai Gong, Zhanhong Shi, Hongxia Yao, VARIABLE PRECISION ROUGH SET MODEL FOR INCOMPLETE INFORMATION SYSTEMS AND ITS REDUCTS, Computing and Informatics (formerly Computers and Artificial Intelligence), 31(6+)( 2012) 1385-1399
[110] Gong Zengtai, Guo Xiaobin, Inconsistent fuzzy matrix equations and its fuzzy least squares solutions, Applied Mathematical Modelling 35 (2011) 1456-1469
[109] 鞏增泰，白玉娟，模糊數值函數的距離導數和模糊有界變差函數全變差的積分表示，數學學報(中文版) 54 (4) (2011) 633-642
[108] 鞏增泰, 陶蕾, 不完備區間值模糊信息系統的粗糙集理論, 計算機應用研究47 (13)(1) (2011) 25-29
[107] 鞏增泰, 張璐, 模糊數值函數的統計收斂, 一緻統計收斂及等度統計收斂, 雲南大學學報（自然科學版）33 (4) (2011) 383-388
[106] Zengtai Gong, Ting Xie, A multiparameter group decision making method based on the interval-valued intuitionistic fuzzy soft set, Proceedings of the Eight-th International Conference on Machine Learning and Cybernetics, Guilin, 11-14 July 2011, pp125-130
[105] 鞏增泰, 趙偉, 基于對偶三角模的直覺模糊粗糙集模型, 蘭州大學學報（自然科學版）47(6) (2011) 84-92
[104] Zengtai Gong, Zhiyong Xiao, Communicating between information systems based on including degrees, International Journal of General Systems 39 ( 2) 2010: 189–206
[103] Zhanhong Shi, Zengtai Gong, The Further Investigation of Covering Rough Sets: Uncertainty Characterization, Similarity Measure and Applied Models, Information Sciences 180 (2010) 3745–3763
[102] 鞏增泰, 馬延, 覆蓋直覺粗糙集模型, 計算機工程與應用46 (3) (2010): 42-45
[101] 鞏增泰, 白玉娟, 預不變凸模糊數值函數及其應用, 77779193永利學報（自然科學版）46(1) (2010) 1-6
[100] 鞏增泰，李紅霞，模糊數值函數的微分和梯度及其應用,高校應用數學學報25(2) (2010) 229-238
[99] 鞏增泰, 郭永平, 史戰紅, 廣義信息系統的屬性約簡, 計算機工程與應用， 46 (23) (2010) 34-37
[98] XIAO-BIN GUO, ZENG-TAI GONG, Undetermined coefficients method for solving semi-fuzzy matrix equation，Proceedings of the Eight-th International Conference on Machine Learning and Cybernetics, Qingdao, 11-14 July 2010, pp596-600
[97] ZENG-TAI GONG, Liu Kun, Fuzzy approximate solution of General fully fuzzy linear systems based on GLR-fuzzy numbers, Proceedings of the Eight-th International Conference on Machine Learning and Cybernetics, Qingdao, 11-14 July 2010, pp567-570
[96] 鞏增泰, 王亮亮, 模糊數值函數的Henstock-Stieltjes 積分, 蘭州大學學報，46（4）（2010）89-96
[95] 謝婷，鞏增泰，模糊測度的廣義可加性、轉化定理和可加性估計，山東大學學報, 45(10) (2010) 53-60
[94]鞏增泰，劉坤，完全模糊線性系統的模糊近似解，蘭州大學學報45（1）（2009）78-82
[93]孫秉珍，鞏增泰，焦永蘭，基于模糊集截集的模糊粗糙集模型，計算機工程與應用，2009，45（8）47-49
[92] Zengtai Gong, Yabin Shao The Controlled Convergence Theorems for the Strongly Henstock Integrals of Fuzzy-Number-valued Functions, Fuzzy Sets and Systems 160 (2009) 1528–1546
[91] ZENG-TAI GONG, YAN MA, Multicriteria Fuzzy Decision Making Method under Interval-valued Intuitionistic Fuzzy Environment, Proceedings of the Seventh International Conference on Machine Learning and Cybernetics, Baoding, 12-15 July 2009, Page 728-731
[90] 鞏增泰, 郭元偉, 區間值和模糊數值函數的Choquet積分, 蘭州大學學報, 45(4) (2009) 112-117
[89]鞏增泰，劉坤，對偶完全模糊線性系統的模糊近似解, 蘭州理工大學學報, 35(3) (2009) 150-155
[88] 劉坤，鞏增泰，兩類特殊的完全模糊線性系統的模糊近似解, 黑龍江大學學報, 26(4) (2009) 445-448
[87] Zeng-tai Gong, Hong-xia Li, Saddle point optimality conditions in fuzzy optimization problems, Advances in Soft Computing 54: Fuzzy Information and Engineering (Janusz Kacprzyk Eds.), BerLin Heidelberg：Springer，2009，7-1
[86] Zengtai Gong, Yabin Shao, The Decomposition and Representation Theorem of Rough Fuzzy Set, 2008 International Symposium on Information Proceeding, 23-25, May 2008, Moscow Russia
[85] ZENG-TAI GONG, ZHAN-HONG SHI，THE TOPSIS METHOD BASED ON COVERING ROUGH SETS，IEEE On Tranc. Proceedings of the Third International Conference on Machine Learning and Cybernetics, 2008, KunMing, Page 2430-2433
[84] ZHAN-HONG SHI, ZENG-TAI GONG, THE SIMILARITY MEASURE BETWEEN COVERING ROUGH SETS BASED ON TRIANGULAR NORMS, IEEE On Tranc. Proceedings of the Third International Conference on Machine Learning and Cybernetics, 2008, KunMing，Page 2417-2420
[83] 史戰紅, 鞏增泰, 基于覆蓋的區間值粗糙模糊集模型, 77779193永利學報（自然科學版）44(1) (2008) 15-20
[82] Shi Zhanhong, Gong Zengtai,Knowledge Reduction and Knowledge Significance Measure Based on Covering Rough Sets，Int. J. of Pure and Applications 48 (1) 2008: 1-9
[81] Zengtai Gong, Bingzhen Sun，Rough Set Theory on the Interval-valued Fuzzy Information Systems，Information Science 178(2008) 1968-1985
[80] Bingzhen Sun，Zengtai Gong, Fuzzy Rough Set Theory on the Interval-valued Fuzzy Information Systems，Information Science 178 (2008) 2794-2815
[79] Zengtai Gong, Yabin Shao, Global Existence and Uniqueness of Solutions for Fuzzy Differential Equations under Dissipative-type Conditions, Computers and Mathematics with Applications 56(2008) 2716-2723
[78] 鞏增泰, 陳莉, 基于-律的Sugeno測度及其可加性誤差估計, 模糊系統與數學22 (2) (2008) 126-129
[77]鞏增泰, 史戰紅, 基于覆蓋關系的概率粗糙集模型及其Bayes決策, 模糊系統與數學22 (4) (2008)142-148
[76] 趙乖霞，鞏增泰，模糊數值函數列的弱一緻可積性與收斂性, 77779193永利學報44(5)(2008) 13-16
[75] ZENG-TAI GONG , BING-ZHEN SUN，Probability rough sets model between different universes and its applications, Proceedings of the Seventh International Conference on Machine Learning and Cybernetics, Kunming, 12-15 July 2008, Page 561-565
[74] LI-CHEN, ZENG-TAI GONG, GANG-DUAN, The Sugeno Integral and Its Applications of Nonadditive Set Functions Based on Sigma-Lambda Rules, IEEE On The 5th International Conference on Fuzzy Systems and Knowledge Discovery (FSKD'08) 25-27 August 2008, Jinan, China
[73] Gong Zengtai, Nonabsolute Fuzzy Integrals, Absolute Integrability and Its Absolute-value Inequality，數學研究與評論28(3) (2008) 479-488
[72] 鞏增泰，趙乖霞，模糊直線上模糊數值函數的Henstock積分，雲南大學學報30（6）（2008）541-548
[71] 鞏增泰, 李紅霞, 直覺模糊數的表示和結構刻劃, 工程數學學報25（6）（2008）1102-1106
[70] 鞏增泰，肖志勇，完全模糊線性規劃的近似計算，蘭州理工大學學報25 (5) (2008) 151-155
[69] 劉坤, 鞏增泰, 廣義完全模糊線性系統解的讨論, 77779193永利學報（自然科學版）44 (6) (2008) 6-10
[68] Gong Zengtai,A new arithmetic for fuzzy numbers and its applications, 模糊系統與數學22 (5) (2008) 101-108
[67] Chen Li, Gong Zengtai, Duan Gang, On the Probability in Sugeno Measure Space Based on - Rules, Int. J. of Pure and Applications 49（1）(2008) 21-27
[66] Zeng-Tai Gong，Bing-Zhen Sun，Two rough set operators based on the neighborhood systems and its applications，IEEE On Tranc. Proceedings of the Third International Conference on Machine Learning and Cybernetics, 2007, HongKong 3752-3757
[65] 李娟，鞏增泰,
維模糊數值函數的Denjoy積分, 甘肅科學學報19（1）（2007）39-43
[64] 鞏增泰，姚紅霞, 李娟, 孫秉珍, 基于粗糙集屬性重要性的模糊聚類決策及應用, 蘭州理工大學學報33（3）（2007）135-138
[63] Zengtai Gong, Ling Wang, The numerical calculus of expectations of fuzzy randomvariables, Fuzzy Sets and Systems 158（2007）722-738
[62] Gong Zengtai, KongFangdi, H-difference, H-differentiabilityand H-differentiability forFuzzy Valued Functions, 數學研究與評論27（1）(2007) 35-40
[61] 李紅霞，鞏增泰，模糊數值函數的凸性與可導性，77779193永利學報（自然科學版）43（5）（2007）1-6
[60] Zeng-Tai Gong，Bing-Zhen Sun，Two rough set operators based on the neighborhood systems and its applications，IEEE On Tranc. Proceedings of the Third International Conference on Machine Learning and Cybernetics, 2007, HongKong 3752-3757
[59] Bing-Zhen Sun, Zeng-Tai Gong, The fuzzy description of the boundary region in rough sets and its applications, IEEE On Tranc. Proceedings of the Third International Conference on Machine Learning and Cybernetics, 2007, HongKong 3648-3653
[58] 汪玲, 鞏增泰, 無窮區間上模糊積分及數值積分: 公式與誤差, 甘肅科學學報18(1)（2006）6-10
[57] 鞏增泰, 模糊需求價格函數：背景，應用及逼近算法, 77779193永利學報（自然科學版）42（1）（2006）1-5
[56] Zengtai Gong, Bingzhen Sun, Zhong-min Xu,Zhiqiang Zhang,The Rough Set Analysis Approach to Water Resources Allocation Decision in the Inland River Basin of Arid Regions (II)：The Conflict Analysis of Satisfaction of the Decision, IEEE On Tranc. Proceedings of the Third International Conference on Machine Learning and Cybernetics, 2006. 1358-1361
[55] 孫秉珍, 鞏增泰,粗糙集的模糊隸屬度表示及其相互關系，77779193永利學報（自然科學版）42(4) (2006) 23-26
[54] 鞏增泰，吳沖，陳得剛, n維模糊數的序、距離、确界及其逼近問題，蘭州大學學報（自然科學版）42(4) (2006) 95-100
[53] 鞏增泰, 李娟, 姚紅霞, 模糊數值函數的Denjoy積分, 77779193永利學報（自然科學版）42(3) (2006) 1-5
[52] Gong Zengtai, Yao Hongxia, On regularity of Caratheodory measure, International J. of Applied Math. Anal. and Appl. 1(1) (2006) 83-86
[51] 鞏增泰，孫秉珍，邵亞斌，陳得剛，一般關系下的變精度粗糙集模型，蘭州大學學報（自然科學版）41(6) (2005) 110-114
[50] 鞏增泰, Henstock引理，導函數的可積性，積分原函數的可導性, 數學的實踐與認識35(9) (2005) 148-154
[49] Wangling, Gong Zengtai, The Perron integral of fuzzy-valued functions: background, definition and characterizations. Int. J. of Pure and Applications 19(3) (2005) 321-336
[48] 孫秉珍, 鞏增泰, 變精度概率粗糙集模型, 77779193永利學報（自然科學版）42(4)(2005) 23-26
[47] Zeng-tai Gong, Bing-zhen Sun, Zhong-min Xu, Ai-hua Long, The Rough Set Analysis Approach to Water Resources Allocation Decisions in the Inland River Basin of Arid Regions, IEEE On Tranc. Proceedings of the Third International Conference on Machine Learning and Cybernetics, 2005, 3179-3182
[46] 鞏增泰, Henstock引理，導函數的可積性，積分原函數的可導性, 數學的實踐與認識35(9) (2005) 148-154
[45] 鞏增泰, 實數完備性的另一個刻劃及其應用——從實分析非絕對積分理論中的
-精細分法說起, 數學的實踐與認識34(1) (2004）157-163
[44] 張志強, 徐中民，龍愛華，鞏增泰，黑河流域張掖市生态系統服務恢複價值評估研究——連續型和離散型條件價值評估方法的比較應用，自然資源學報，2004年第2期.
[43] 趙學峰，鞏增泰，基于Ploya模型的數字圖像融合技術，計算機應用研究, 2004年07期.
[42] 徐中民，龍愛華，張志強，陳東景，鞏增泰，蘇志勇，張勃，石惠春，運用開放式條件估值方法評估恢複額濟納旗生态系統服務的總經濟價值， 湖泊科學，16 (2004) 153－162
[41] Gong Zengtai, On the problem of characterizing derivatives for the fuzzy-valued functions (II): almost everywhere differentiability and strong Henstock integral, Fuzzy Sets and Systems 145 (2004) 381-393
[40] Gong Zengtai, Sun Bingzhen, Shao Yiabin, Chen Degan, He Qiang, Variable Precision Rough Set Model Based On General Relations, IEEE On Tranc. Proceedings of the Third International Conference on Machine Learning and Cybernetics, 2004, 2490-2494
[39] 鞏增泰, 實數完備性的另一個刻劃及其應用——從實分析非絕對積分理論中的-精細分法說起, 數學的實踐與認識34(1) (2004) 157-163
[38] Gong Zengtai, The convergence theorems for the McShane integral of fuzzy-valued functions , South-east Asian Bulletin of Math. 27（1）（2003）55-62
[37] Gong Zengtai, A New Descriptive Characterization of Henstock-Kurzweil Integrals, South-east Asian Bulletin of Math. 27（3）(2003) 445-450
[36] Gong Zengtai, Wu Congxin, Are the primitives of (K) integrable functions differatiable? 數學研究與評論23（4）（2003）604-608
[35] 鞏增泰，模糊有界變差函數及其可導性，蘭州大學學報（自然科學版）39（3）（2003）17-21
[34] 鞏增泰，模糊數值函數積分原函數的可導性問題, 模糊系統與數學17（2）（2003）48-52
[33] 鞏增泰，模糊數值函數的可測性，近似連續性，積分原函數的可導性，77779193永利學報（自然科學版）39（1）（2003）1-3
[32] 鞏增泰，經典實分析中的幾個基礎性問題，77779193永利學報（自然科學版）39（4）（2003）1-4
[31] S. Hai, Zengtai Gong, On Henstock integral of fuzzy-number-valued functions in Rn, International J. of Pure and Applied Mathematics 7(1) (2003) 111-121
[30] 徐中民, 張志強, 龍愛華, 陳東景, 鞏增泰, 蘇志勇, 張勃, 石惠春，環境選擇模型在生态系統管理中的應用——以黑河流域額濟納旗為例， 地理學報, 2003年03期.
[29] 徐中民, 張志強, 龍愛華, 陳東景, 鞏增泰, 蘇志勇, 張勃, 石惠春，額濟納旗生态系統服務恢複價值評估方法的比較與應用，生态學報, 2003年09期
[28] Gong Zengtai, Wu Congxin, Li Baolin, On the problem of characterizing derivatives for the fuzzy-valued functions, Fuzzy Sets and Systems 127 (2002) 315-322
[27] Gong Zengtai, Wu Congxin, Bounded variation, absolute continuity and absolute integrability for fuzzy-number-valued functions, Fuzzy Sets and Systems 128 (2002) 132-140
[26] 鞏增泰，模糊數值函數的強可導性、連續性、局部平均McShane 可積性，模糊系統與數學16 (4) (2002) 45-52
[25] 鞏增泰, 徐中民,幹旱區内陸河流域水資源管理配置數學模型, 冰川凍土，2002（4）380-386
[24] Gong Zengtai, Discontinuous fuzzy systems and fuzzy Henstock integral，模糊系統與數學16 (2002) 211-214
[23] 鞏增泰，一類非連續模糊系統與Henstock積分，77779193永利學報（自然科學版）38 (4) (2002)16-19
[22] 鞏增泰，吳從炘，模糊數值函數Henstock積分的收斂定理，模糊系統與數學15（1）（2001）5-10
[21] Wu Congxin, Gong Zengtai, On Henstock integrals of fuzzy number valued functions (I), Fuzzy Sets and Systems Fuzzy Sets and Systems 120 (2001) 523-532
[20] 鞏增泰，張春芝，一般Henstock積分的另一個收斂定理, 77779193永利學報（自然科學版）36（3）（2000）10-14
[19] 劉笑穎，鞏增泰，
壓縮混合單調算子的耦合不動點存在性定理，77779193永利學報（自然科學版）36（3）（2000）15-19
[18] Gong Zengtai, Wu Congxin, The McShane integral of fuzzy-valued functions, South-east Asian Bulletin of Math. 24 (2000) 365-373
[17] Wu Congxin, Gong Zengtai, On Henstock integrals of interval-valued functions and fuzzy-valued functions, Fuzzy Sets and Systems 115 (2000) 377-391
[16] 鞏增泰，吳從炘，模糊數值函數Henstock積分的原函數刻畫，模糊系統與數學14（4）（2000）24-30
[15] Wu Congxin, Gong Zengtai, K.P. Shum, The characteristic theorems for certain integrals of fuzzy-valued functions, The Fourth Asian Fuzzy Systems Symposium. 766-769. Tsukuba, Japan 2000.05.31
[14] Gong Zengtai, Wu Congxin, The McShane integral of fuzzy-valued functions, South-east Asian Bulletin of Math. 24 (2000) 365-373
[13] 鞏增泰，陳得剛，區間值函數Aumann積分的Riemann型推廣，77779193永利學報（自然科學版）35（3）（1999）34-39
[12] 鞏增泰，陳得剛，模糊數值函數的Perron積分，模糊系統與數學13（1999）40-42
[11] 鞏增泰，劃分空間中絕對積分的實質和作用，77779193永利學報（自然科學版）34（3）（1998）6-10
[10]鞏增泰，模糊數值函數Kaleva積分的刻畫及收斂定理，甘肅工業大學學報24（4）（1998）95-99
[9] 鞏增泰，n階Cesaro-Perron積分的收斂定理, 77779193永利學報（自然科學版）32（3）（1996）7-9
[8] 鞏增泰，王才士，用小測度上的小Riemann和刻畫Lebesgue積分和Henstock積分, 77779193永利學報（自然科學版）31（2）（1995）12-14
[7] 鞏增泰，伏升茂，劃分空間上的Henstock積分的測度刻畫，77779193永利學報（自然科學版）31（4）（1995）7-10
[6] 王才士，鞏增泰，關于S絕對可積性的注記, 77779193永利學報（自然科學版）31（1）（1995）94-96
[5] Gong Zengtai, On a problem of Skvortsov involving the Perron integral, Real Analysis Exchange 17 (2) (1991-92) 748-750
[4] Gong Zengtai, Lee Pengyee, Another convergence theorem for the Henstock integral, Sains Malaysiana 21 (4) (1992) 41-46
[3]伏升茂，鞏增泰，周期擴散組的漸近穩定解，77779193永利學報（自然科學版）30（4）（1994）5-8
[2]鞏增泰，劃分空間上的Perron積分，蘭州大學學報（自然科學版）30（1994）57-60
[1] Gong Zengtai, A Riemann-type definition of n-th Cesaro-Perron integrals, J. Math. Study 27 (1) (1994) 77-82
