算法李勤

❶ 张立卫的发表论文

1.H.W. Tang and L.W.Zhang,A maximum entropy algorithm for convex
programming,Chinese Science Bulletin，40:5（1995），361-364.
2.H.W. Tang and L.W.Zhang,A maximum entropy method for linear
programming,Chinese J. Num. Math. Appli.，17:3（1995），54-65.
（唐焕文，张立卫，线性规划的极大熵方法，计算数学，2 （1995），160-172.)
3.唐焕文，王云诚，张立卫，求解一般约束极大极小问题的一个有效的近似
算法，经济数学，12:1,6-16.
4.王云诚，张立卫，唐焕文，求解一般约束凸规划的极大熵方法，大连理工大学学
报，35:6（1995），764-769.
5.H.W. Tang and L.W.Zhang，Maximum entropy methods for constrained
optimization and minimax problems,Systems Sci. Math. Sci.,9:1
（1996），1-4.
6.王云诚，唐焕文，张立卫，求解一半无限极大极小问题的一个极大熵方法，经
济数学，13:2（1996），37-43.
7.唐焕文，王雪华，张立卫，求解极大极小问题的极大熵方法的收敛性，运筹
学杂志，14:1（1996），57-59.
8.L.W. Zhang，On the ABS algorithm with singular matrix and its
applications to linear programming,Optimization Methods and
Software,8（1997），143-165.
9.Z.H. Xia and L.W. Zhang,A simplified trust region method
with projection and convergence,P.U.M.A.,8:2-3-4（1997），385-394.
10. L.W. Zhang and H.W. Tang，A maximum entropy algorithm with
parameters for solving minimax problem,Archives of Control
Sciences,XLⅡ：6（1997），47-59.
11. E. Spedicato,Z.Q. Xia and L.W. Zhang,The implicit LX method of
the ABS class,Optimization Methods and Software,8（1997），99-110.
12. X.Z. Chen and L.W.Zhang,ABS factorization algorithms in the
simplex method,J. Applied Basic and Engineering Sciences,5:4
（1997），354-362.
13. E. Spedicato,Z.Q. Xia,L.W. Zhang and K. Mirnia,ABS algorithms
for linear equations and applications to optimization,in G.Winter
Althaus & E. Spedicato (eds.),Algorithms for Large Scale Linear
Algebraic Systems，Series C: Mathematical and PhysicalSciences -
508,1998， Kluwer Academic Publishers,291-319.
14. L.W. Zhang and H.W. Tang,A further study on a penalty function of
Bertsekas,in: Yuan Ya-Xiang ed.,Advances in Nonlinear Programming,
Kluwer Academic Publishers,1998,345-351.
15. 张立卫，唐焕文，A theorem on the differential of the K-S
function，经济数学，15:1/2（1998），41-44.
16. 张立卫，Condition on parameter $eta_k$ in a convergent conjugate
gradient method，运筹学学报，3:2 （1999），71-81.
17. L.W.Zhang,A modified version to the differential system of
Evtushenko and Zhadan for solving nonlinear programming,in:
Yuan Ya-Xiang ed.,Numerical Linear Algebra and Optimization,
Science Press,Beijing,New York,1999,161-- 168 .
18. 郭崇惠，唐焕文，张立卫，Global convergence for a class of conjugate
gradient methods，运筹学学报，3:2（1999），46-48.
19. S.X. He and L.W.Zhang,Convergence of a al algorithm for minimax
problems,Archives of Control Sciences,10(XLⅥ）（2000),47--60.
20. 张立卫，李勤，张鑫，Two differential systems for solving nonlinear
programming problems，运筹学学报，4:4（2000),33-46.
21. L.W.Zhang and S.X. He,The convergence of a al algorithm for
nonlinear programming,Korean J. Comput. & Appl.Math. 7:3（2000),
487--506.
22. E. Spedicato,Z.Q.Xia and L.W. Zhang,ABS algorithms for linear
equations and optimization,J. Computational and Applied
Mathematics，124（2000),155-170.
23. 王明征，张立卫，夏尊铨，Dennis-Wolkowicz最小改变割算法的超线性收敛性，
大连理工大学学报，11（2000),645—648.
24. 夏尊铨，张士霞，张立卫，复ABS方法. 大连理工大学学报，11（2000),645--
648.
25. L.W. Zhang and Z.Q. Xia，Newton-type methods for
quasidifferentiable equations,Journal of Optimization Theory and
Applications,108:2 （2001），439--456.
26. L.W.Zhang and Z.Q. Xia,Approximations to convex-valued
multifunctions. in: Demayano V. and Rubinov A. eds.,
Quasidifferentiability and Related Topics,Kluwer Academic
Publishers,2000.
27. Y. Gao,Z.Q. Xia and L.W.Zhang,Kernelled quasidifferential for a
quasidifferentiable function in two-dimensional space,Journal of
Convex Analysis,8:2（2001），401-408.
28. 贺素香，张立卫，A class of constructive al algorithms for
solving nonlinear programming problems，运筹学学报，5:3（2001），41-50.
29. 贺素香，张立卫，求解约束优化问题的对偶算法，计算数学，23:3
（2001），307-320.
30. L.W. Zhang，Computing inertias of KKT matrix and reced Hessian
via the ABS algorithm,Ricerca Operativa,Vol. 31,n.98-99-100
（2001），67--86.
31. L.W. Zhang,Y.J. Liu and Z.Q. Xia,Application of the ABS method
to systems of linear matrix integer equations,Ricerca Operativa,
Vol. 31,n.98-99-100 （2001），52--66.
32. Z.Q. Xia and L.W. Zhang,ABS algorithms for solving linearly
constrained optimization problems via the active set strategy,
Ricerca Operativa,Vol. 31,n.98-99-100（2001），21--49.
33. 张立卫，张鑫，求解拟可微方程组的非精确牛顿法，经济数学，18:1（2001），
74-81.
34. L.W.Zhang,Z. Q. Xia,Y. Gao and M.Z. Wang，Star-kernels and
star-differentials in quasidifferentiable analysis,Journal of
Convex Analysis,9:1（2002），139--158.
35. J. Sun and L.W.Zhang,On thelog-exponential trajectory of linear
programming. Journal of Global Optimization,25:1 （2003），75--90.
36. 张宏伟，张立卫夏尊铨，Calculus ofgeneralized quasi-differentiable
functions I: some results on the space of pairs of convex-set
collections，东北数学，19:1（2003），75-85.
37. Z.Q. Xia,M.Z. Wang and L.W.Zhang,Directional derivative of a
class of set-valued mappings and its applications，Journal of
Convex Analysis,10:1（2003），211-227.
38. L.P.Pang,Z.Q.Xia and L.W.Zhang,On a second order parallel
variable transformation approach,Journal of Applied Mathematics
and Computing,11:1-2,201-214.
39. L.P.Pang,Z.Q.Xia and L.W.Zhang,A PVT-type algorithm for
minimizing a nonsmooth convex function，Serdica Math. J. 29
（2003），11-32.
40. L.W.Zhang and Y.J. Liu,Convergence analysis of a nonlinear
Lagrange algorithm for nonlinear programming with
inequality constraints,Journal of Applied Mathematics & Computing,
13:1-2（2003）：1-10.
41. L.W. Zhang and W.-J. Hsu，A scheling model for AGVs at the
container terminal,2002 Japan-USA Symposium of Flexible
Automation,Hiroshima,Japan,July 14-19,2002.
42. L.W,Zhang,R. Ye,W.-J. Hsu and S.-Y. Huang,Two equivalent
integer programming models for dispatching vehicles at a container
terminal,Proceedings International Conference on PORT and
Maritime R&D and Technology,10-12 September,Singapore,2003,
Vol.1,35-42.
43. 王明征，夏尊铨，张立卫，参数凸二次规划的线性稳定性，7:1运筹学学报
（2003），11-18.
44. 贺素香，张立卫，李兴斯，不等式约束优化问题的一个势函数，33:3数学进展
（2004），343-350.
45. 宋秋生，张立卫，无约束拟可微优化问题信赖域方法的全局收敛性，应用数学
学报，27:1（2004），186-189.
46. G.H. Lin,L. W. Zhang and L.P. Pang,Two projection-type
algorithms for solving pseudo-monotone variational inequality
problems,OR Transactions,9:1 （2005），58-64.
47. H.X. Yu and L.W. Zhang,The augmented Lagrangian method for the
packing of unequal circles within a strip,International Journal
of Pure and Applied Mathematics,18:4（2005），463-470.
48. L. W. Zhang,R. Ye,S.Y. Huang and W. J. Hsu,Mixed Integer
Programming Models for Dispatchingvehicles ataContainer
Terminal,Journal of Applied Mathematics & Computing,17:1-2
（2005），145-170.
49. J. Sun,L.W. Zhang and Y. Wu,Properties of the augmented
Lagrangian in nonlinear semidefinite optimization,accepted by
JOTA.
50. L.M. Zhou and L.W. Zhang,A differential equation approach to
finding a Kuhn-Tucker point of a nonlinear programming problem,
大连理工大学学报，2005,Vol.45,No.6,920-924.
51. Z.Q. Xia,C.L. Song and L.W. Zhang,On Fritz John and KKT
necessary conditions of constrained quasidifferentiable
optimization,International Journal of Pure and Applied
Mathematics,Vol. 23 No. 3,2005,299-310.
52. L.M. Zhou,L.W. Zhang and S.X. He,A differential equation approach
to solving nonlinear complementarity problems,OR Transactions,
Vol. 9 No.3,2005,8-16.53
53. 张宏伟，张立卫，夏尊铨，宋春玲 不等式约束的广义拟可微优化问题最
优性条件，大连理工大学学报，46卷2期，2006,299-301.
54.贺素香，张立卫，非线性约束优化问题的一个修正Lagrangian算法，数学物理学
报，26卷1期，2006,49-62.
55. H.X. Yu and L.W. Zhang,An optimization model for the two-
dimensional packing problem and its augmented Lagrangian method，
International Journal of Pure and Applied Mathematics,Vol. 27
No.1,2006,1-10.
56.刘勇进，张立卫，二阶锥互补问题的一类效益函数与全局误差界，大连理工大学
学报，vol.46,No.3 （2006），449-453.
57. Y.J. Liu,L.W.Zhang and Y.H. Wang,Some properties of a class of
merit functions for symmetric cone complementarity problems,
Asia-Pacific Journal of Operational Research,Vol.23,No.4（2006），
58. Y.J. Liu,L.W. Zhang and Y.H. Wang,Analysis of a smoothing method
for symmetric conic linear programming,Journal of Applied
mathematics & Computing,22:1-2（2006），133-148.
59. Y.J. Liu,L.W.Zhang,Convergence Analysis of the Augmented
Lagrangian Method for Nonlinear Second-Order Cone Optimization
Problems,to appear in Nonlinear Analysis.
60.L. Jin and L. W. Zhang， Two differential equation systemsfor
inequality constrained optimization,to appear in Applied
Mathematics and Computation.
61. 金丽，张立卫，肖现涛，一个求解约束非线性优化问题的微分方程方法，计
算数学接收.
62.金丽，张立卫，肖现涛，求解约束优化问题的两个微分方程算法，
运筹学学报接收.
63. L. Jin,Liwei Zhang,Adifferential system for nonlinear
programming problems,The 6th World Congress on Intelligent
Control and Automation,Dalian,China,June 2006,12⑵：1030-
1033.
64. L. Jin,L. W. Zhang and X. T. Xiao. Stabledifferential equation
methods in inequality constrained optimization,to appear in
International Journal of Pure and Applied Mathematics.
65. Y. Li,L. Jin,L. W. Zhang,A novel neural network for linear
complementarity problems,to appear inJournal of Mathematical
Research and Exposition.
66. 于洪霞，张立卫，二维装箱问题的非线性规划模型和算法，大连理工大学学
报接收.
67. 任咏红，张立卫，基于一类非线性 Lagrange函数的对偶问题，大连理工大学
学报接收.
68. L. W. Zhang and Y.H. Ren,A Nonlinear Lagrangian Based on Fischer-
Burmeister NCP Function,to appear in Applied Mathematics and
Computation.
69. D.F. Sun,J.Sun,L.W.Zhang,The rate of convergence of
the augmentedLagrangian method fornonlinear semidefinite
programming,to appear in Mathematical Programming.
70.L.Jin and L. W. Zhang， Two differential equation systemsfor
equality constrained optimization,to appear in Applied
Mathematics and Computation.
71. Y.J. Liu,L.W. Zhang，On the convergence of the augmented
Lagrangian method for nonlinear optimization problems over second-
order cones,to appear in Journal of Optimization Theory and
Applications.
72.Y.J. Liu,L.W. Zhang,Extension of smoothing functions to
symmetric cone complementarity problems,
高校应用数学学报接受.
73. Y.J. Liu,L.W. Zhang and M.J. Liu,Convergence analysis of a
nonlinear Lagrange algorithmfor nonconvex semidefinite
programming,to appear in OR Transactions.

❷ 西安交通大学有哪些教授的课是必须要去蹭的

交大有很多好教授，每位教授的风格都不太一样，所以可能就是萝卜白菜各有所爱，我来说说我比较推荐的吧。

交大男神喻丰老师的心理课是一定会挤着头皮去上的，当然，挤着头皮也不一定能上得了。喻老师每学期都会开设社会心理学这门课程。每年这个时候原本只有200人的课程，初选的时候总有上千人选择。当然，选不到老师的社会心理学，还有别的途径可以听他讲课，他时常会被邀请作讲座，比如在钱学森图书馆的星空报告厅。喻老师会用他高深的学问和深深的人格魅力吸引你，听过的人就会喜欢上他。

高数是大学比较基础又很重要的学科，并且在考研中占很大的比例。如果高数有问题，数学学院郭丁和老师的高数课不应该错过，郭老师每节课都会手写板书。一节课一节课，一黑板一黑板地写。而且郭老师也很可爱，学生们私下都叫他欧巴哦！

交大还有很多教授的课很棒啊，答主只能写一写自己上过的，其实找自己感兴趣的课去蹭，是最幸福的呢。