guo xiuping-凯发游戏

 guo xiuping-凯发游戏
engineering management
.
guo xiuping

hits: date:2022-11-12 10:25

name

xiuping guo

gender

female


nationality

chinese

academic post

professor



rph.d. supervisor rmaster’s supervisor

academic qualification

phd



graduation school  

shanghai   jiaotong university


academic engagement

(representative)

publications

[1] shungen luo,   xiuping guo. multi-objective optimization of multi-microgrid power dispatch   under uncertainties using interval optimization. journal of industrial and   management optimization, 2021

[2] guo xiuping, hu   yunxia. research on logistics scheduling optimization problem with   truck-drone joint delivery. industrial engineering and management, 2021,   26(01): 1-8.

[3] meng shanshan,   guo xiuping. two-stage solution method for truck-drone hybrid distribution.   industrial engineering and management, 2021: 1-14.

[4] yang   shuangpeng, guo xiuping, gao jiaojiao. research on contactless “truck drone”   joint distribution problem. industrial engineering and management, 2021,   27(01) :184-194.

[5] qinxin xiao,   xiuping guo, dong li. partial disassembly line balancing under uncertainty:   robust optimisation models and an improved migrating birds optimisation algorithm.   international journal of production research, 2020, 59(10): 2977-2995.

[6] yusha zhou,   xiuping guo, dong li. a dynamic programming approach to a multi-objective   disassembly line balancing problem. annals of operations research, 2020:   1-24.

[7] luo shungen,   guo xiuping. multi-objective optimization problem of the microgrid power   dispatch using improved multi-objective evolutionary algorithm based on   decomposition. systems science and mathematics, 2020, 40(01): 81-104.

[8] shuwei wang,   xiuping guo, jia liu. an efficient hybrid artificial bee colony algorithm for   disassembly line balancing problem with sequence-dependent part removal   times. engineering optimization, 2019, 51(11): 1920-1937.

[9] guo xiuping,   xiao qinxin. a variable neighborhood imperialist competitive algorithm for a   mixed-model two-sided disassembly line balancing multi-objective problem.   chinese journal of management engineering, 2019, 33(04): 122-129.

[10] wang shuwei,   guo xiuping, liu jia. modeling and optimizing the disassembly line balancing   problem of type . china   management science, 2019, 27(10): 120-127.

[11] wang shuwei,   guo xiuping, liu jia. a self-adaptive artificial bee colony algorithm for   solving u-shaped sequence-dependent disassembly line balancing. operations   research and management, 2019, 28(03): 104-110.

[12] xiao qinxin,   guo xiuping, gu xinjun. the stochastic mixed-model u-shaped disassembly line   balancing and sequencing optimization problem with multiple constraints.   industrial engineering and management, 2019, 24(05): 87-96.

[13] zhao xiaofei,   guo xiuping. double layers beam search algorithm for optimizing robotic cells   scheduling problem. computer engineering and applications, 2019, 55(04):   56-61.

[14] zhao xiaofei,   guo xiuping. investigating the property of feasible solution hybrid flow shop   robotic cell scheduling problem with blocking. operations research and   management, 2019, 28(07): 187-191.

[15] xiaofei zhao,   xiuping guo. an effective chemical reaction optimization for cyclic multi-type   parts robotic cell scheduling problem with blocking. journal of   intelligent&fuzzy systems, 2018, 35(3): 3567-3579.

[16] wang shuwei,   guo xiuping, liu jia. optimization model and algorithm for two-sided   disassembly line balancing problem. industrial engineering and management,   2018, 23(04): 8-15.

[17] wang shuwei,   guo xiuping, zhou yusha. an improved artificial bee colony algorithm for   solving stochastic disassembly line balancing. industrial engineering and   management, 2018, 23(02): 16-22 32.

[18] zhao xiaofei,   guo xiuping. branch and bound algorithm for solving hybrid flow shop robotic   cells scheduling problem with blocking. computer applications, 2018, 38(07):   2095-2099 2118.

[19] gu xinjun, guo   xiuping. multi-objective evolutionary algorithm optimization of stochastic mixed-model   u-shaped disassembly line balancing and sequencing problem. operations   research and management, 2017, 26(09): 52-61.

[20] zhao xiaofei,   guo xiuping. improved chemical reaction optimization algorithm for solving   robotic cell scheduling problem. journal of system management, 2017, 26(02):   245-251.

[21] zhao xiaofei,   guo xiuping. chemical reaction optimization algorithm for solving robotic   cell scheduling problem. operations research and management, 2017, 26(06):   35-40.

[22] d.m. lei,   xiuping guo. variable neighborhood search for the second type of two-sided   assembly line balancing problem. computers and operations research, 2016,   72(c): 183-188.

[23] d.m. lei,   xiuping guo. an effective neighborhood search for scheduling in dual resource   constrained interval job shop with environmental objective. international   journal of production economics, 2015, 159: 296-303.

[24] xiuping guo,   deming lei. bi-objective job shop scheduling with outsourcing options.   international journal of production research, 2014, 52(13): 3832–3841.

[25] deming lei, xiuping   guo, scheduling job shop with lot streaming and transportation through a   modified artificial bee colony. international journal of production research,   2013, 51(16): 4930–4941.

[26] deming lei,   xiuping guo. swarm neighborhood based algorithm for fuzzy flexible job shop   scheduling. international journal of production research, 2012.

[27] deming lei,   xiuping guo. variable neighborhood search for minimizing tardiness objectives   on flow shop with batch processing machines. international journal of   production research, 2011, 49(2): 519-529.


projects

[1] multi-objective   optimization of the ieee mixed model disassembly line balancing and   sequencing. national natural science   foundation of china   (project no.: 71471151). jan 2015-dec 2018. principle investigator: guo   xiuping.

[2] key theories and techniques for optimizations   of production scheduling and service operations, program for new century   excellent talents in university. humanities   and social sciences project of the ministry of education (project no.: ncet-11-0709). jan   2012-dec 2014. principle   investigator: guo xiuping.

[3] scheduling optimization of the multistage final   test process of the ic chips. national natural science of china (project no.: 70901064). jan. 2010-dec. 2012. principle investigator: guo xiuping.

[4] behavior decision theory and its application   in natural disaster management, innovative team foundation. humanities and social sciences project of the ministry of education (project no.: irt0860). jan. 2009-dec. 2012. principle investigator: guo xiuping.


course name

postgraduate

modeling   and optimization of logistics system


mba

operations management




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