基于知识共享的集成化供应链协同系统设计
|
摘要
普通协同系统存在不能根据数据包总量的具体变化情况,调节集成化参数的问题,为更好地控制数据包变化情况,设计基于知识共享的集成化供应链协同系统。通过交换服务数据接口设计、供应业务层设计、EAI集成单元设计三个步骤完成新型系统的硬件模块设计。通过供应链集成处理、协同数据库搭建、数据循环流程设计三个步骤完成新型系统的软件模块设计。根据硬件与软件模块设计模拟系统运行环境,进行对比实验。结果表明,随着基于知识共享集成化供应链协同系统的应用,数据包变化情况始终维持在可控范围内,且集成化参数的调节合理性也得到了一定保障。
The ordinary collaborative systems can?t adjust the integration parameters according to the specific change of the total amount of data packets. Therefore,an integrated supply chain collaboration system based on knowledge sharing is designed to better control the change of data packets. The exchange service data interface design,supply business layer design and EAI unit design are performed to complete the hardware module design of the new system. The supply chain integration processing,collaborative database construction,and data circulation process design are carried out to complete the software module design of the new system. According to the designed hardware and software modules,the system operating environment is simulated,and the comparative experiments are designed. The experimental results show that the applied integrated supply chain collaboration system based on knowledge sharing can maintain the change of data packet always within the controllable range,and guarantee the adjustment rationality of the integrated parameters.
The ordinary collaborative systems can?t adjust the integration parameters according to the specific change of the total amount of data packets. Therefore,an integrated supply chain collaboration system based on knowledge sharing is designed to better control the change of data packets. The exchange service data interface design,supply business layer design and EAI unit design are performed to complete the hardware module design of the new system. The supply chain integration processing,collaborative database construction,and data circulation process design are carried out to complete the software module design of the new system. According to the designed hardware and software modules,the system operating environment is simulated,and the comparative experiments are designed. The experimental results show that the applied integrated supply chain collaboration system based on knowledge sharing can maintain the change of data packet always within the controllable range,and guarantee the adjustment rationality of the integrated parameters.
引文
[1]王博思,祖晖,陈新海,等.基于专用短程通信技术DSRC的智能车路协同系统设计与实现[J].激光杂志,2017,38(6):147-150.WANG Bosi,ZU Hui,CHEN Xinhai,et al. Design and implementation of cooperative intelligent transport systems(C-ITS)based on dedicated short range communications(DSRC)[J].Laser journal,2017,38(6):147-150.
[2]李道洋,姚为正,吴金龙,等.应用于海上风电场柔性直流接入系统的直流故障穿越协同控制策略[J].电网技术,2016,40(1):47-54.LI Daoyang,YAO Weizheng,WU Jinlong,et al. DC fault ride through coordinated control strategy applied to wind farm flexible DC access system[J]. Power grid technology,2016,40(1):47-54.
[3]董豪,曾剑秋,沈孟如.产业创新复合系统构建与协同度分析:以信息通信产业为例[J].科学学研究,2016,34(8):1152-1160.DONG Hao,ZENG Jianqiu,SHEN Mengru. Research on construction and synergy degree of composite system of industrial innovation:base on ICT industry[J]. Studies in science of science,2016,34(8):1152-1160.
[4]李鹏,吴海霞,李平,等.产业链与技术链双向融合下的我国农业科技创新系统的协同发展研究:基于新型经营主体培育视角[J].科技管理研究,2016,36(3):1-7.LI Peng,WU Haixia,LI Ping,et al. Coordinated development research of China′s agricultural science and technology innovation system under the two-way fusion of the industrial chain and technique chain:based on the perspective of new operators cultivation[J]. Science and technology management research,2016,36(3):1-7.
[5]唐建荣,李晓静,杜聪.物流业碳减系统协同路径及其共治研究:基于Lotka-Volterra模型的实证分析[J].软科学,2016,30(4):93-97.TANG Jianrong,LI Xiaojing,DU Cong. Research on the logistics industry and carbon reduction system collegiality:based on the Lotka-Volterra model[J]. Soft science,2016,30(4):93-97.
[6]程卫萍,王衍,潘杏梅.基于科技云平台的跨系统图书馆联盟协同知识服务模式研究:以浙江科技创新云服务平台为例[J].图书馆理论与实践,2016,22(6):70-74.CHENG Weiping,WANG Yan,PAN Xingmei. Research on collaborative knowledge service model of cross system library consortium based on scientific cloud platform[J]. Library theory and practice,2016,22(6):70-74.
[7]任腾,周忠宝.复合系统的动态协同演化分析:以保险、信货与股票金融复合系统为例[J].中国管理科学,2017,25(8):79-88.REN Teng,ZHOU Zhongbao. Co-evolutionary analysis on the composite system of insurance,credit and stock markets[J].Chinese journal of management science,2017,25(8):79-88.
[8]翟运开.协同视角下的远程医疗系统建设项目组织架构设计研究:以河南省远程医疗系统建设为例[J].中国软科学,2016,17(9):125-134.ZHAI Yunkai. The organization structure design of telemedicine system construction project from collaboration perspective:case study of Henan telemedicine system construction[J].China soft science,2016,17(9):125-134.
[9]马军,武柳洋,何文斌,等.基于耦合分析与加权满意度的机械系统多目标协同优化方法[J].中国机械工程,2017,28(13):1574-1579.MA Jun,WU Liuyang,HE Wenbin,et al. Multi-objective collaborative optimization method for mechanical systems based on coupling analysis and weighted satisfaction degree[J]. China mechanical engineering,2017,28(13):1574-1579.
[10]张协奎,徐苗,张练.基于系统耦合协调度的工业产业协同创新实证分析:以广西北部湾经济区为例[J].科技管理研究,2016,36(24):8-14.ZHANG Xiekui,XU Miao,ZHANG Lian. Research on industry collaborative innovation based on system coupling coordination degree:taking Guangxi Beibu Gulf Economic Zone for example[J]. Science and technology management research,2016,36(24):8-14.
[11]郭炳庆,杨婧捷,屈博,等.基于电动汽车与温控负荷的电力系统协同频率控制策略[J].电力系统及其自动化学报,2016,28(12):13-17.GUO Bingqing,YANG Jingjie,QU Bo,et al. Coordination frequency control strategy for evs and thermostatically controlled appliances in the power system[J]. Proceedings of the CSU-EPSA,2016,28(12):13-17.
[12]李素梅,黄衍枝.京津冀区域金融结构与技术创新协同发展研究:基于复合系统协调度模型[J].科技管理研究,2017,37(17):99-108.LI Sumei,HUANG Yanzhi. Study on synergistic development of financial structure and technological innovation in BeijingTianjin-Hebei region:based on composite system synergy model[J]. Science and technology management research,2017,37(17):99-108.
[13]张媛媛,袁奋强,刘东皇,等.区域科技创新与科技金融的协同发展研究:基于系统耦合理论的分析[J].技术经济与管理研究,2017,9(6):71-76.ZHANG Yuanyuan,YUAN Fenqiang,LIU Donghuang,et al.Research on synergetic development between regional sci-tech innovation and sci-tech finance:based on coupling theory[J].Technoeconomics&management research,2017,9(6):71-76.
[14]姜文,刘立康.基于SVN的软件配置管理和持续集成[J].电子设计工程,2016,24(2):1-5.JIANG Wen,LIU Likang. The software configuration management and the continuous integration based on SVN[J]. Electronic design engineering,2016,24(2):1-5.
[15] PATIDAR L,RANJAN J K,SINGH B,et al. Influence of integrated supply of AM,PSB,Azotobacter and inorganic fertilizer on growth,yield and quality in coriander(Coriandrum sativum)and micro-flora population in the soil[J]. Indian journal of agricultural sciences,2016,86(9):1140-1144.
[2]李道洋,姚为正,吴金龙,等.应用于海上风电场柔性直流接入系统的直流故障穿越协同控制策略[J].电网技术,2016,40(1):47-54.LI Daoyang,YAO Weizheng,WU Jinlong,et al. DC fault ride through coordinated control strategy applied to wind farm flexible DC access system[J]. Power grid technology,2016,40(1):47-54.
[3]董豪,曾剑秋,沈孟如.产业创新复合系统构建与协同度分析:以信息通信产业为例[J].科学学研究,2016,34(8):1152-1160.DONG Hao,ZENG Jianqiu,SHEN Mengru. Research on construction and synergy degree of composite system of industrial innovation:base on ICT industry[J]. Studies in science of science,2016,34(8):1152-1160.
[4]李鹏,吴海霞,李平,等.产业链与技术链双向融合下的我国农业科技创新系统的协同发展研究:基于新型经营主体培育视角[J].科技管理研究,2016,36(3):1-7.LI Peng,WU Haixia,LI Ping,et al. Coordinated development research of China′s agricultural science and technology innovation system under the two-way fusion of the industrial chain and technique chain:based on the perspective of new operators cultivation[J]. Science and technology management research,2016,36(3):1-7.
[5]唐建荣,李晓静,杜聪.物流业碳减系统协同路径及其共治研究:基于Lotka-Volterra模型的实证分析[J].软科学,2016,30(4):93-97.TANG Jianrong,LI Xiaojing,DU Cong. Research on the logistics industry and carbon reduction system collegiality:based on the Lotka-Volterra model[J]. Soft science,2016,30(4):93-97.
[6]程卫萍,王衍,潘杏梅.基于科技云平台的跨系统图书馆联盟协同知识服务模式研究:以浙江科技创新云服务平台为例[J].图书馆理论与实践,2016,22(6):70-74.CHENG Weiping,WANG Yan,PAN Xingmei. Research on collaborative knowledge service model of cross system library consortium based on scientific cloud platform[J]. Library theory and practice,2016,22(6):70-74.
[7]任腾,周忠宝.复合系统的动态协同演化分析:以保险、信货与股票金融复合系统为例[J].中国管理科学,2017,25(8):79-88.REN Teng,ZHOU Zhongbao. Co-evolutionary analysis on the composite system of insurance,credit and stock markets[J].Chinese journal of management science,2017,25(8):79-88.
[8]翟运开.协同视角下的远程医疗系统建设项目组织架构设计研究:以河南省远程医疗系统建设为例[J].中国软科学,2016,17(9):125-134.ZHAI Yunkai. The organization structure design of telemedicine system construction project from collaboration perspective:case study of Henan telemedicine system construction[J].China soft science,2016,17(9):125-134.
[9]马军,武柳洋,何文斌,等.基于耦合分析与加权满意度的机械系统多目标协同优化方法[J].中国机械工程,2017,28(13):1574-1579.MA Jun,WU Liuyang,HE Wenbin,et al. Multi-objective collaborative optimization method for mechanical systems based on coupling analysis and weighted satisfaction degree[J]. China mechanical engineering,2017,28(13):1574-1579.
[10]张协奎,徐苗,张练.基于系统耦合协调度的工业产业协同创新实证分析:以广西北部湾经济区为例[J].科技管理研究,2016,36(24):8-14.ZHANG Xiekui,XU Miao,ZHANG Lian. Research on industry collaborative innovation based on system coupling coordination degree:taking Guangxi Beibu Gulf Economic Zone for example[J]. Science and technology management research,2016,36(24):8-14.
[11]郭炳庆,杨婧捷,屈博,等.基于电动汽车与温控负荷的电力系统协同频率控制策略[J].电力系统及其自动化学报,2016,28(12):13-17.GUO Bingqing,YANG Jingjie,QU Bo,et al. Coordination frequency control strategy for evs and thermostatically controlled appliances in the power system[J]. Proceedings of the CSU-EPSA,2016,28(12):13-17.
[12]李素梅,黄衍枝.京津冀区域金融结构与技术创新协同发展研究:基于复合系统协调度模型[J].科技管理研究,2017,37(17):99-108.LI Sumei,HUANG Yanzhi. Study on synergistic development of financial structure and technological innovation in BeijingTianjin-Hebei region:based on composite system synergy model[J]. Science and technology management research,2017,37(17):99-108.
[13]张媛媛,袁奋强,刘东皇,等.区域科技创新与科技金融的协同发展研究:基于系统耦合理论的分析[J].技术经济与管理研究,2017,9(6):71-76.ZHANG Yuanyuan,YUAN Fenqiang,LIU Donghuang,et al.Research on synergetic development between regional sci-tech innovation and sci-tech finance:based on coupling theory[J].Technoeconomics&management research,2017,9(6):71-76.
[14]姜文,刘立康.基于SVN的软件配置管理和持续集成[J].电子设计工程,2016,24(2):1-5.JIANG Wen,LIU Likang. The software configuration management and the continuous integration based on SVN[J]. Electronic design engineering,2016,24(2):1-5.
[15] PATIDAR L,RANJAN J K,SINGH B,et al. Influence of integrated supply of AM,PSB,Azotobacter and inorganic fertilizer on growth,yield and quality in coriander(Coriandrum sativum)and micro-flora population in the soil[J]. Indian journal of agricultural sciences,2016,86(9):1140-1144.