[1] Qiang Liu, Hao Zhang, Jiewu Leng*, and Xin Chen. “Digital twin-driven rapid individualized designing of automated flow-shop manufacturing system” International Journal of Production Research. (Online, doi: 10.1080/00207543.2018.1471243) [2] Jiewu Leng, Hao Zhang, Douxi Yan, Qiang Liu*, Xin Chen, and Ding Zhang. “Digital twin-driven manufacturing cyber-physical system for parallel controlling of smart workshop” Journal of Ambient Intelligence and Humanized Computing. (Online, doi: 10.1007/s12652-018-0881-5) [3] Zhang Hao, Liu Qiang, Chen Xin, et al. A digital twin-based approach for designing and multi-objective optimization of hollow glass production line [J]. IEEE Access, 2017, (6): 26901 - 26911. (DOI: 10.1109/ACCESS.2017.2766453). (SCI, IF=3.2) [4] Qiang Liu, Hao Zhang, Jiafu Wan and Xin Chen*. An Access Control Model for Resource Sharing based on the Role-Based Access Control Intended for Multi-domain Manufacturing Internet of Things. IEEE Access. 2017(6): 7001-7011. (DOI: 10.1109/ ACCESS.2017. 2693380).(SCI, IF=3.2) [5] Wang L, Chen X, Liu Q*. A Lightweight intelligent manufacturing system based on cloud computing for plate production[J].Mobile Networks and Applications (SCI 2017(13):1-12.) [6] Qiang Liu, Xinhui Zhang, Xindu Chen etc. The Resource Access Authorization Route Problem In a Collaborative Manufacturing System. Journal of Intelligent Manufacturing. (2014) 25:413–425 (SCI: AH6EQ) [7] Qiang liu, Jiafu Wan. An Industrial-Cluster-Oriented Application of Mobile Cloud Computing: Cloud Manufacturing Service System, Journal of Internet Technology,2014,15(3):375- 382. (SCI :AI5DL) [8] Qiang Liu, Yan Liu, Xinhui Zhang. Spreadsheet Inventory Simulation and Optimization Models and its Application in a National Pharmacy Chain. Informs Transactions on Education, 2013,14(1) :13-25 [9] Qiang Liu, Xinhui Zhang, Xindu Chen. Inter-Fleet and Intra-Fleet Models for the Crew Recovery Problems. Journal of Transportation Research Record.2013.2336:75-82 (SCI: 2910M) [10] Jiafu Wan, Qiang Liu*. Enabling cyber-physical systems with machine-to-machine technologies. Int. J. of Ad Hoc and Ubiquitous Computing.2013,13(3/4): 187-196 (SCI:216RZ) [11] 刘强,王磊,陈新度. 云制造服务平台的资源使用及访问控制, 计算机集成制造系统. 2013,19(6):1414~1422(EI: 20133016533969) [12] 刘强,姜云飞,饶东宁,陈新度.RBAC系统的权限泄露问题及分析方法研究,计算机集成制造系统. 2010.02(EI:20101712896750) [13] 刘强,姜云飞,饶东宁. 基于Graphplan的ARBAC策略安全分析方法.计算机学报.2009.05 (EI:20090911923753) [14] 刘强,陈新,陈新度. 应用服务提供商模式下的系统访问控制模型. 计算机集成制造.2008.02 (EI:20081511195717) [15] 刘强,陈新,陈新度.ASP模式下应用服务定制机理的研究. 计算机集成制造. 2007.05(EI:072710691880) [16] 刘强,陈新度. 基于角色的访问控制技术,华南理工大学出版社(2010-12),ISBN 978-7-5623-3377-7 主要发明专利: [1] 刘强,一种面向多规格板材的矩形件排样方法,(201510187909.7)发明专利,授权 [2] 刘强,一种基于组化技术的矩形件排样方法(201410196607.1),发明专利,授权 [3] 刘强,基于组化技术的二维矩形件交互式排样优化方法(201310512976.2),发明专利,授权 [4] 刘强,一种兼顾玻璃原片下料率与钢化炉装载率的集成优化方法(201610125861.1),发明专利,授权 [5] 刘强,一种自动化生产线的设计与运行联合优化方法(201610342540.7)发明专利,授权 [6] 刘强,一种基于集成仿真的自动化生产线优化设计方法(201610342541.1)发明专利,授权 [7] 刘强,一种生产线的快速定制设计服务平台(201610342985.5)发明专利,授权 [8] 刘强,一种面向单规格板材的矩形工件快速排样方法(201610342983.6)发明专利,授权 [9] 刘强,多订单混合的板状物料自动分拣包装方法及其控制系统(201610342537.5)发明专利,授权 [10] 刘强,一种分层式立体仓库的库位动态分配方法及其仓库系统(201610342538.X)发明专利,授权 [11] 刘强等,一种玻璃深加工生产线分布式集成方法及其系统(2017109609428)发明专利,授权 [12] 刘强等,一种智能车间平行控制方法及系统(2017109609362)发明专利,授权 [13] 刘强等,一种智能车间快速定制设计方法及系统(2017109609413)发明专利,授权 [14] 刘强等, 一种智能车间透明监控方法及系统(2017109609292)发明专利,授权 [15] 刘强等, 一种分层式立体仓库(201711448657.4)发明专利,授权 [16] 刘强等, 一种各层间高度可调的分层式立体仓库的库位分配方法(201711448648.5)发明专利,授权 |