BPDetector:extensible business pattern detector framework
LYU Ya;LEI Jiankun;YANG Liqin;ZHANG Liang;School of Computer Science;Fudan University;Shanghai Key Laboratory of Data Science;Fudan University;

..............page:287-293

Privacy-aware and cost-aware workflow scheduling in clouds
WEN Yiping;LIU Jianxun;CHEN Congyang;Key Laboratory of Knowledge Processing and Networked Manufacture;Hunan University of Science and Technology;Department of Computer Science and Technology;Nanjing University;

..............page:294-301

Behavioral process mining and predicting of mobile users based on context-fusion
WANG Jiaqiu;YU Hao;WANG Zhongjie;School of Computer Science and Technology;Harbin Institute of Technology;

..............page:302-311

Mining method for service composition patterns based on artifact-aware
LIU Haibin;LIU Guohua;HUANG Liming;WANG Ying;School of Business Administration;Hebei Normal University of Science & Technology;School of Computer Science and Technology;Donghua University;School of Information Science and Engineering;Yanshan University;

..............page:312-323

Mining collaborative behavior based on dynamic supply chain network
MIN Xinping;SHI Yuliang;LI Hui;CUI Lizhen;ZHENG Yongqing;LI Qingzhong;School of Computer Science and Technology;Shandong University;

..............page:324-329

Heuristic parallelized mining single firing sequence
ZHU Rui;LI Tong;MO Qi;DAI Fei;GAO Tilei;HE Yun;SUN Xue;School of Software;Yunnan University;Key Laboratory in Software Engineering of Yunnan Province;

..............page:330-342

Similarity measurement for process models based on transition-labeled graph edit distance
WANG Zixuan;WEN Lijie;WANG Shuhao;WANG Jianmin;School of Software;Tsinghua University;

..............page:343-352

Measuring process similarity for probabilistic workflows
LU Kefan;HU Haiyang;HU Hua;College of Computer and Technology;Hangzhou Dianzi University;

..............page:353-362

Hybrid approach to define process choreographies
DAI Fei;MO Qi;LI Tong;XIE Zhongwen;QIN Jianglong;School of Software;Yunnan University;Key Laboratory for Software Engineering of Yunnan Province;Yunnan University;

..............page:363-371

Searching method for particle swarm optimization of cloud workflow scheduling with time constraint
CAO Bin;WANG Xiaotong;XIONG Lirong;FAN Jing;College of Computer Science;Zhejiang University of Technology;

..............page:372-380

Similarity algorithm for semantic workflows used in process-oriented case-based reasoning
SUN Jinyong;GU Tianlong;WEN Lijie;QIAN Junyan;School of Computer Science and Technology;Xidian University;Guangxi Key Laboratory of Trusted Software;Guilin University of Electronic Technology;School of Software;Tsinghua University;

..............page:381-394

Privacy-preserving similarity computing of cross-organizational message interaction processes
ZHOU Changhong;ZENG Qingtian;DUAN Hua;LU Faming;DIAO Xiuli;LIU Cong;College of Information Science and Engineering;Shandong University of Science and Technology;College of Economics and Management;Shandong University of Science and Technology;College of Electronic Communication and Physics;Shandong University of Science and Technology;College of Mathematics and System Science;Shandong University of Science and Technology;

..............page:395-405

Similarity measure method for Artifact-centric business process
SONG Aihua;ZHOU Li;YIN Yuyu;LI Ying;GAO Honghao;School of Computer Science and Technology;Hangzhou Dianzi University;Key Laboratory of Complex Systems Modeling and Simulation;Ministry of Education;Hangzhou Dianzi University;College of Electrical Engineering;Zhejiang University;College of Computer Science and Technology;Zhejiang University;

..............page:406-412

Social business process management and process recommendation method
YE Yanming;XU Yueshen;YIN Jianwei;REN Yizhi;DING Hong;College of Information Engineer;Hangzhou Dianzi University;College of Computer Science and Technology;Zhejiang University;College of Computer Science and Technology;Hangzhou Dianzi University;

..............page:413-421

Optimization service composition based on improved firework algorithm
ZHANG Yiwen;WU Jintao;ZHAO Shu;TANG Jie;Key Laboratory of Intelligent Computing and Signal Processing;Ministry of Education;Anhui University;Knowledge Engineering Group;Department of Computer Science and Technology;Tsinghua University;

..............page:422-432

Similar optimal alignments computing methods based on Petri net basic structure
TIAN Yinhua;DU Yuyue;HAN Dong;LIU Wei;College of Information Science and Engineering;Shandong University of Science and Technology;Department of Information Engineering;Shandong University of Science and Technology;

..............page:433-447

Semi-automatic staff assignment strategy based on collective behavior
XIE Ying;ZHAO Kangkang;XU Rongbin;CHENG Fan;QIAN Tianfen;Key Laboratory of Intelligent Computing & Signal Processing;Ministry of Education;Anhui University;Department of Computer Studies;Anhui University;Co-Innovation Center for Information Supply & Assurance Technology;Anhui University;School of Management;Anhui University;School of Computer Science and Technology;Hefei Normal University;

..............page:448-454

Real-time DAG scheduling method based on deadline of tasks
XU Rongbin;LIU Xin;YANG Zhuangzhuang;GUO Xing;XIE Ying;WU Jianguo;School of Computer Science and Technology;Anhui University;Co-Innovation Center for Information Supply & Assurance Technology;Anhui University;Computer Studies Department;Anhui University;

..............page:455-464

Decidability method of Petri net non-reachability marks and its application in deadlock detection
LUFaming;ZENG Qingtian;DUAN Hua;PENG Yanjun;BAO Yunxia;College of Information Science and Engineering;Shandong University of Science and Technology;Key Laboratory of Embedded System and Service Computing;Ministry of Education;Tongji University;College of Electronic;Communication and Physics;Shandong University of Science and Technology;College of Mathematics and System Science;Shandong University of Science and Technology;

..............page:465-475

Aircraft configuration management and retrospective in life cycle
LI Qing;FENG Dan;MEI Zhengpeng;School of Mechanical Engineering and Automation;Beihang University;Shanghai Aircraft Manufacturing Co.;Ltd.;Chengdu Aircraft Design Institute;

..............page:476-481

Method for determining innovation demands under hybrid driven integration between market and technology
KONG Zaojie;HAN Ruiyun;School of Economics and Management;Hebei University of Technology;

..............page:482-491

Modeling and simulation of fast fashion product development process based on time competition
SHI Chunle;YANG Yixiong;CHEN Wei;School of Business and Management;Donghua University;Key Laboratory of Clothing Design and Technology;Ministry of Education;Donghua University;School of Fashion;Donghua University;

..............page:492-500

Generalized Bézier-like surfaces with multiple shape parameters and its continuity conditions
HU Gang;JI Xiaomin;BAI Xiaobo;School of Science;Xi’an University of Technology;Faculty of Mechanical and Precision Instrument Engineering;Xi’an University of Technology;

..............page:501-515

Optimal allocation of nonlinear process planning resources
ZHANG Zhongwei;TANG Renzhong;TAO Liyan;Institute of Advanced Manufacturing Engineering;Zhejiang University;The Research Institute of Industry Engineering and Management;Hangzhou Dianzi University;

..............page:516-528

Two-stage fuzzy remanufacturing production planning for multi-item automobile engine
WEN Haijun;LIU Mingzhou;LIU Changyi;LIU Conghu;College of Mechanical Engineering & Automatization;North University of China;School of Mechanical and Automotive Engineering;Hefei University of Technology;

..............page:529-537

Multi-objective parameter optimization model of multi-pass CNC milling for energy efficiency
CHEN Xingzheng;LI Congbo;LI Li;XIAO Qinge;State Key Laboratory of Mechanical Transmission;Chongqing University;College of Technology and Engineering;Southwest University;

..............page:538-546

Improved DE algorithm for hybrid flow shop load balancing scheduling problem
HAN Zhonghua;DONG Xiaoting;SHI Haibo;ZHU Yihang;Faculty of Information and Control Engineering;Shenyang Jianzhu University;Department of Digital Factory;Shenyang Institute of Automation;CAS;

..............page:547-557

Carbon efficiency validity model for sand casting based on self-advantage
ZHENG Jun;School of Mechanical and Automotive Engineering;Zhejiang University of Science and Technology;

..............page:558-567

Economic optimization model for phased sequential preventive maintenance based on equipment reliability
DENG Chao;DUAN Chaoqun;WU Jun;National Engineering Research Center of Digital Manufacturing Equipment;Huazhong University of Science and Technology;School of Naval Architecture and Ocean Engineering;Huazhong University of Science and Technology;

..............page:568-575

Inverse solution of redundant robot arm based on glowworm swarm optimization algorithm of time-varying
LUO Tianhong;CHEN Cai;LI Fuying;School of Mechanotronical and Vehicle Engineering;Chongqing Jiaotong University;Guiyang Urban Rail Transit Co.;Ltd.;

..............page:576-582