吴志健-pg电子夺宝试玩

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e-mail:zhijianwu@whu.edu.cn

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吴志健

武汉大学计算机学院 软件工程系 智能化软件与服务研究所教授 (博导)

  • 姓名:吴志健

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  • 职称:教授 (博导)

  • 学历学位:博士

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  • e-mail:zhijianwu ▇ whu.edu.cn 请手工替换符号

  • 领域:智能计算

  • 招生信息:年度招收硕士0名,招收方向:...请选择...。 招收博士0名,招收方向:...请选择...。

研究方向

智能计算


教育背景

1979年-1983年,江西大学(现南昌大学)数学系本科,1985年-1988年,武汉大学数学系硕士,2001年-2004年,武汉大学计算机学院博士。


工作经验

1983年-1985年,江西教育学院(现南昌师范学院)数学系;1988年-2010年,武汉大学软件工程国家重点实验室;2010年至今,武汉大学计算机学院。


教授课程

本科生《离散数学》、硕士生《并行算法》和《演化计算及应用》、博士生《可计算理论与计算复杂性》。


发表论文

  1. zhijian wu and lishan kang. a fast and elitist parallel evolutionary algorithm for solving systems of non-linear equations[c]. proceedings of 2003 congress on evolutionary computation, 8-12, december 2003, canberra, australia, pp.1026-1028

  2. zhijian wu, zhilong tang, jun zou, lishan kang, and mingbiao li. evolutionary algorithm for solving parameter identification problems in elliptic systems[c]. proceedings of 2004 congress on evolutionary computation, 19-23 june 2004, portland, oregon, usa, pp.803-808

  3. zhijian wu, zhilong tang, jun zou, lishan kang, and mingbiao li. an evolutionary algorithm for parameters identification in parabolic systems[c], proceedings of 2004 genetic and evolutionary computation conference, 26-30 june 2004, washington, usa, pp.1336-1337

  4. zhijian wu, lishan kang, jun zou, zhilong tang, and mingbiao li. an evolutionary algorithm for identifying parameters in parabolic systems[c]. proceedings of international symposium on intelligence computation & its applications 2005, 4-6 april 2005, wuhan, china: 92-96

  5. dazhi jiang, zhijian wu, and lishan kang. a simple and effective evolutionary algorithm for multimodal function optimization[c]. proceedings of international symposium on intelligence computation & its applications 2005, 4-6 april 2005, wuhan, china, pp.257-261

  6. 姜大志,吴志健,康立山. 基因表达式程序设计的grcm方法[j]. 系统仿真学报, 2006, 18(6): 1466-1468

  7. zhijian wu, dazhi jiang, and lishan kang, evolutionary algorithm for identifying discontinuous parameters of inverse problems[c]. proceedings of the international conference on computational science 2007 (y. shi et al.(eds.)), 27-30 may 2007, beijing, china, part iv, lncs 4490, pp.1131-1138

  8. zhijian wu, dazhi jiang, ming wei, and yuangxiang li. dynamical evolution in function finding[c]. proceeding of the third international conference on nature computation (icnc), jingsheng lei, jingtao yao, and qingfu zhang (eds.), 24--27 august, 2007, haikou, china, volume 5, pp.614-618

  9. dazhi jiang, zhijian wu, and lishan kang. parameter identifications in differential equations by gene expression[c]. proceeding of the third international conference on nature computation (icnc), jingsheng lei, jingtao yao, and qingfu zhang (eds.), 24--27 august, 2007, haikou, china, volume 5, pp.644-648

  10. dazhi jiang and zhijian wu. algorithm based on heuristic subspace searching strategy for solving investment portfolio optimization problems[c]. proceedings of the ieee congress on evolutionary computation 2008(cec 2008), 1-6 june 2008, hong kong, pp.607-611

  11. dazhi jiang and zhijian wu. evolutionary modeling based on overlap reuse[c]. proceedings of the ieee congress on evolutionary computation 2008(cec 2008), 1-6 june 2008, hong kong, pp.612-616

  12. 吴志健,姜大志. 一种基于基因表达式程序设计的新算法[j]. 系统仿真学报, 2008, 20(8):1986-1989

  13. hui wang, yong liu, zhijian wu, hui song, sanyou zeng, and lishang kang. an improved particle swarm optimization with adaptive jumps[c]. proceedings of the ieee congress on evolutionary computation 2008(cec 2008), 1-6 june 2008, hong kong, pp.392-397

  14. hui wang, zhijian wu, yong liu, and sanyou zeng. particle swarm optimization with a novel multi-parent crossover operator[c]. proceedings of the 4th international conference on natural computation (icnc 2008), 25-27 august 2008, jinan, china, pp.664-668

  15. jinglei guo, zhijian wu, and zhejun wu. an improved particle swarm optimization algorithm based on velocity updating[c]. proceedings of the 2008 ieee international conferences on cybernetics & intelligent systems (cis) and robotics, automation & mechatronics (ram) (cis-ram 2008), 22-24 september 2008,chengdu, china, pp.330-334

  16. 郭京蕾,吴志健,张建伟. 基于等级熵的自适应粒子群优化算法[j]. 华中科技大学学报(自然科学版), 2009, 37(4):65-68

  17. jianwei zhang, zhijian wu, jinglei guo, min peng, yingjiang zhang, and chunzhi wang. evolving classification rules by unconstrained gene expression programming[c]. proceedings of international workshop on intelligent systems and applications, 2009. isa 2009. 23-24 may 2009, pp:1-4

  18. jianwei zhang, zhijian wu, zongyue wang, jinglei guo, and zhangcan huang. unconstrained gene expression programming[c]. ieee congress on evolutionary computation, 2009. cec '09. 18-21 may 2009, pp:2043-2048

  19. hui wang, zhijian wu, yong, liu, jing wang, dazhi jiang, and lili chen. space transformation search: a new evolutionary technique[c]. the 2009 world summit on genetic and evolutionary computation, gec 2009, june, 2009, 537-544

  20. hui wang, zhijian wu, and s. rahnamayan. a scalability test for accelerated de using generalized opposition-based learning[c]. proceedings of intelligent system design and applications, 2009, june, 2009, pp.1090-1095

  21. hui wang, zhijian wu, jing wang, xiaojian dong, song yu, and cheng chen. a new population initialization method based on space transformation search[c]. fifth international conference on natural computation, icnc 2009, august, 2009, 332-336

  22. xiaojian dong, song yu, zhijian wu, and zhangxing chen. a hybrid parallel evolutionary algorithm based on elite-subspace strategy and space transformation search[c]. lecture notes in computer science (including subseries lecture notes in artificial intelligence and lecture notes in bioinformatics), v 5938 lncs, p 139-145, 2010, high performance computing and applications - second international conference, hpca 2009,  august, 2009

  23. song yu, zhijian wu, hui wang, and zhangxing chen. a hybrid particle swarm optimization algorithm based on space transformation search and a modified velocity model[c]. lecture notes in computer science (including subseries lecture notes in artificial intelligence and lecture notes in bioinformatics), v 5938 lncs, p522-527, 2010, high performance computing and applications - second international conference, hpca 2009, august, 2009

  24. jing wang, zhijian wu, hui wang, and lishan kang. a novel evolutionary algorithm based on multi-parent crossover and space transformation search[c]. the proceeding of 4th international symposium on intelligence computation and applications, huangshi, china, oct. 23-25, 2009, springer-verlag berlin, heidelberger platz 3, d-14197 berlin, germany 2009:201-210

  25. 张建伟,吴志健,黄樟灿,姜大志,郭京蕾. 基于多表达式编程的分类算法研究[j]. 小型微型计算机系统,2010, 31(7): 1371-1374

  26. hui wang, zhijian wu, sanyou zeng, dazhi jiang, yong liu, jing wang, and xianqiang yang. a simple and fast particle swarm optimization[j]. j. of mult.-valued logic & soft computing, 2010, 16:611-629

  27. hui wang, zhijian wu, and shahryar rahnamayan. differential evolution enhanced by neighborhood search[c]. in proceedings of ieee congress on evolutionary computation, july, 2010, 1-8

  28. hui wang, zhijian wu, shahryar rahnamaya, and dazhi jiang. sequential de enhanced by neighborhood search for large scale global optimization[c]. in proceedings of ieee world congress on computational intelligence 2010: 4056-4062

  29. xuezhi yue, zhijian wu, dazhi jiang, and kangshun li. gps height fitting using gene expression programming[c]. in proceedings of international symposium on  intelligence computation and applications, october, 2010, lncs: 25-32

  30. dazhi jiang, hui wang, and zhijian wu. a variant of differential evolution based on permutation regulation mechanism[c]. in proceedings of international symposium on  intelligence computation and applications, october, 2010, lncs: 76-85

  31. hui wang, zhijian wu, shahryar rahnamayan, and jing wang. diversity analysis of opposition-based differential evolution—an experimental study[c]. in proceedings of international symposium on intelligence computation and applications, october, 2010, lncs:95-102

  32. jing wang, zhijian wu, and hui wang. hybrid differential evolution algorithm with chaos and generalized opposition-based learning[c]. in proceedings of international symposium on intelligence computation and applications, october, 2010, lncs:103-111

  33. xiaojian dong, zhijian wu, zhaolu guo, hui wang, and kangshun li. research on fpga chip of software/hardware co-design for calculating super-high-order matrix[c]. 2010 3rd international conference on power electronics and intelligent transportation system, 554-557.

  34. 赵青杉, 吴志健, 孟国艳. 一种新的混合智能算法及其在属性约简中的应用[j], 武汉大学学报(理学版), 2010,56(6): 723-728

  35. xuezhi yue, zhijian wu, and kangshun li. particle gradient multi-objective evolutionary algorithm based on gpu with cuda[c]. international symposium on information science and engineering (isise), 2010: 540 - 544

  36. jing wang, zhijian wu, and hui wang. a novel particle swarm algorithm for solving parameter identification problems on graphics hardware[j]. journal of computational science and engineering, 2011, 6(1/2): 43-51

  37. hui wang, zhijian wu, shahryar rahnamaya, changhe li, sanyou zeng, and dazhi jiang. particle swarm optimization with simple and efficient neighborhood search strategies[j]. int. j. innovative computing and applications, 2011, 3(2): 97-104

  38. 汪靖,吴志健. 在gpu上求解大规模优化问题的反向策略的pso算法 [j], 武汉大学学报,2011, 57(2): 148-154

  39. dong xiaojian, wu zhijian, dong chao, chen zhangxin, and wang hui. optimization of vertical well placement by using a hybrid particle swarm optimizer[j]. wuhan university journal of natural sciences , 2011, 16(3): 237-240

  40. hui wang, zhijian wu, and shahryar rahnamayan. enhanced opposition-based differential evolution for solving high-dimensional continuous optimization problems[j]. soft computing, 2011,15(11):2127-2140

  41. hui wang, zhijian wu, shahryar rahnamayan, yong liu, and mario ventresca. enhancing particle swarm optimization using generalized opposition-based learning[j]. information sciences, 2011, 181(20): 4699-4714

  42. hui wang, shahryar rahnamayan, and zhijian wu. adaptive differential evolution with variable population size for solving high-dimensional problems[c]. proceedings of ieee congress on evolutionary computation, 2011: 2626-2632

  43. jinglei guo, zhijian wu. parameter identifications of elliptic differential equation by hybrid particle swarm optimization[j]. information technology journal, 2011, 10(1): 152-157

  44. zhaolu guo, zhijian wu, xiaojian dong, dongming jiang, and fahong yu. a novel function regression algorithm based on gene expression programming ensembles[j]. international journal of advancements in computing technology (ijact), 2012, 4(1): 239-247

  45. 郭肇禄,吴志健,董晓健,李元香. 一种基于分量热力学迁移策略的并行多种群gep[j]. 四川大学学报(工程科学版), 2012, 44(2):83-90

  46. xuezhi yue, zhijian wu, and zhaolu guo. particle dynamic multi-objective evolutionary algorithm based on graphic process unit[j], international journal of advancements in computing technology(ijact), 2012, 4(10):88-98

  47. xinyu zhou, zhijian wu, and hui wang. elite opposition-based differential evolution for solving large-scale optimization problems and its implementation on gpu[c]. the 13th international conference on parallel and distributed computing, applications and technologies, december 2012, pp: 727-732

  48. song yu, zhijian wu, hui wang, zhangxin chen, and he zhong. a hybrid particles swarm optimization algorithm based on space transformation search and a modified velocity model[j]. international journal of numerical analysis ans modeling, 2012, 9(2): 371-377

  49. xiao tang, zhijian wu. sppso algorithm for hbv dynamics model[j]. journal of computational information systems, 2013, 9(6): 2517-2524

  50. xiao tang, zhijian wu, lejiang guo, and ming chen. the realization of the sample learning based on differential evolution algorithm[m]. advanced materials research, v616-618: 2239-2243, 2013

  51. hui wang, shahryar rahnamayan, and zhijian wu. parallel differential evolution with self-adapting control parameters and generalized opposition-based learning for solving high-dimensional optimization problems[j]. journal of parallel and distributed computing, 2013, 73(1): 62-73

  52. jinglei guo, zhijian wu, and bin zhao. a hybrid particle swarm optimisation with social weight for non-convex economic dispatch problem[j]. int. j. computer applications in technology, 2013, 46(3): 252-258

  53. 周新宇, 吴志健, 王晖, 李康顺, 张浩宇. 一种精英反向学习的粒子群算法[j]. 电子学报, 2013, 41(8):1647-1652

  54. 郭肇禄, 吴志健, 汪靖, 汪慎文, 谢承旺. 一种基于精英云变异的差分演化算法[j]. 武汉大学学报(理学版), 2013, 59(2):117-122

  55. 王则林, 吴志健, 尹兰. ipv6环境下的高维大规模包匹配算法[j]. 电子学报, 2013, 41(14):2181-2186

  56. hui wang, zhijian wu, xinyu zhou, and shahryar rahnamayan. accelerating artificial bee colony algorithm by using an external archive[c]. june 20-23, 2013 ieee congress on evolutionary computation: 517-521

  57. dang cong tran, zhijian wu, and hui wang. a novel enhanced particle swarm optimization method with diversity and neighborhood search[c]. proceedings of 2013 ieee international conference on systems, man, and cybernetics (smc): 180 – 187

  58. dang cong tran, zhijian wu, hui wang, and van hung tran. differential evolution with nonlinear simplex method and dynamic neighborhood search[c]. the proceedings of the fifth international conference on soft computing and pattern recognition (socpar 2013), hanoi, vietnam, 2013: 37-43

  59. dang cong tran, zhijian wu, and van xuat nguyen. a new approach based on enhanced pso with neighborhood search for data clustering[c]. the proceedings of the fifth international conference on soft computing and pattern recognition (socpar 2013), hanoi, vietnam, 2013: 104-110

  60. 彭虎, 吴志健, 周新宇, 邓长寿. 基于精英区域学习的动态差分进化算法[j]. 电子学报, 2014, 42(8): 1522-1530

  61. zhaolu guo, zhijian wu, xiaojian dong, kejun zhang, shenwen wang, and yuanxiang li. component thermodynamical selection based gene expression programming for function finding[j]. mathematical problems in engineering, vol. 2014, article id 915058, 16 pages, doi:10.1155/2014/915058, 2014

  62. hui wang, zhijian wu, shahryar rahnamayan, hui sun, yong liu, jengshyang pan, multi-strategy ensemble artificial bee colony algorithm[j]. information sciences, 2014, 279: 587–603

  63. dang cong tran, zhijian wu. new approaches of binary artificial bee colony algorithm for solving 0-1 knapsack problem[j]. advances in information sciences and service sciences (aiss), 2014, 6(2): 1-11

  64. dang cong tran, zhijian wu, and hui wang. a new approach of diversity enhanced particle swarm optimization with neighborhood search and adaptive mutation[c]. the 21st international conference on neural information processing (iconip2014):143-150

  65. dang cong tran, and zhijian wu. data clustering based on particle swarm optimization with neighborhood search and cauchy mutation[c]. the 21st international conference on neural information processing (iconip2014):151-159

  66. dang cong tran, zhijian wu, and van hung tran. fast generalized fuzzy c-means using particle swarm optimization for image segmentation[c]. the 21st international conference on neural information processing (iconip2014):263-270

  67. xinyu zhou, zhijian wu, hui wang, shahryar rahnamayan. enhancing differential evolution with role assignment scheme[j]. soft computing, 2014,18(11):2209-2225

  68. huichao liu, zhijian wu, huanzhe li,  hui wang, shahryar rahnamayan, changshou deng. rotation-based learning: a novel extension of opposition-based learning[c]. lecture notes in computer science (including subseries lecture notes in artificial intelligence and lecture notes in bioinformatics), v 8862, p 511-522, 2014

  69. huichao liu, zhijian wu, hui wang, shahryar rahnamayan,  changshou deng. improved differential evolution with adaptive opposition strategy[c]. proceedings of the 2014 ieee congress on evolutionary computation, cec 2014, p 1776-1783, september 16, 2014

  70. wang zelin, wu zhijian, and deng changshou. packet matching based on multiple kernel support vector machine[j]. sensor letters, 2014, 12(2): 294-299 (february 1, 2014)

  71. 刘会超, 吴志健, 李焕哲, 王智超. 基于差分演化算法的双曲型方程参数识别[j]. 武汉大学学报(理学版), 2015, 61(2):117-123

  72. dang cong tran, zhijian wu, and changshou deng. a novel approach of particle swarm optimization and application in data clustering[j]. intelligent data analysis, 2015, 19(5): 1049-1070

  73. 邵鹏, 吴志健, 周炫余. 基于反向学习的粒子群算法对线性相位低通fir滤波器优化[j]. 吉林大学学报(工学版), 2015, 45(3):907-912

  74. tran dang cong, wu zhijian, wang zelin, and deng changshou. a novel hybrid data clustering algorithm based on artificial bee colony algorithm and k-means[j]. chinese journal of electronics, 2015, 24(4):694-701

  75. 周新宇, 吴志健, 邓长寿, 彭虎. 一种邻域搜索的人工蜂群算法[j]. 中南大学学报(自然科学版), 2015, 46(2): 534-546

  76. dang cong tran, and zhijian wu. a new approach of dynamic clustering based on particle swarm optimization and application in image segmentation[j]. computing and informatics

  77. 刘会超, 吴志健. 基于旋转学习机制的差分演化算法[j]. 电子学报, 2015, 43(10):2040-2046

  78. 邵鹏, 吴志健, 周炫余, 邓长寿. 基于折射原理反向学习模型的改进例子群算法[j]. 电子学报, 2015, 43(11):2137-2144

  79. hu peng, zhijian wu. heterozygous differential evolution with taguchi local search. soft computing, 2015,19(11):3273-3291

  80. 彭虎, 吴志健, 周新宇, 邓长寿. 基于三角的骨架差分进化算法[j]. 计算机研究与发展. 2015, 52 (12): 2776-2788

  81. peng shao, zhijian wu, xuanyu zhou, xinyu zhou, zelin wang, and dang comg tran. a numerical optimization algorithm based on bacterial reproduction[c]. proceedings of international conference on neural information processing (iconip ), 2015:654-661

  82. zelin wang, zhijian wu, xinyu zhou, ruimin wang, and peng shao. neural network with evolutionary algorithm for packet matching[c]. proceedings of international conference on neural information processing (iconip ), 2015:44-51

  83. zelin wang, zhijian wu, ruimin, and yafeng ren. twitter sarcasm detection exploiting a context-based model[c]. proceedings of web information system engineering (wise), 2015:77-91

  84. 李焕哲,吴志健,郭肇禄. 两阶段多峰优化算法求解纳什均衡[j]. 武汉大学学报(理学版),2016, 62(5): 444-450

  85. 李焕哲,吴志健,郭肇禄,刘会超,汪慎文. 基于两阶段搜索算法的多峰函数优化[j]. 电子学报,2016, 44(6): 1481-1489

  86. hu peng, zhijian wu, peng shao, and changshou deng. dichotomous binary differential evolution for knapsack problems[j]. mathematical problems in engineering, 2016

  87. xinyu zhou, zhijian wu, hui wang, and shahryar rahnamayan. gaussian bare-bones artificial bee colony algorithm[j], soft computing, 2016, 20(3): 907-924

  88. shao p, wu z, zhou x, et al. fir digital filter design using improved particle swarm optimization based on refraction principle[j]. soft computing, 2017, 21(10):2631-2642

  89. dang cong tran*, wu, zhijian. a new approach of dynamic clustering based on particle swarm optimization and application in image segmentation[j]. computing and informatics, 2017, 36(3): 637-663

  90. peng h, wu z*, deng c. enhancing differential evolution with commensal learning and uniform local search[j]. chinese journal of electronics, 2017, 26(4): 725-733


科研课题

主持或参与国家自然科学基金、“863”计划等各类科研项目20余项。


研究团队


知识产权

  1. 成果《异步并行算法》获1992年度国家教委科技进步奖(甲类)一等奖;

  2. 成果《异步并行算法与区域分裂法》获1993年度国家自然科学奖(甲类)四等奖;

  3. 成果《并行演化优化与建模算法》获2005年度湖北省自然科学奖一等奖。




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