分析了自适应上报系统的要求,提出了利用微软提供的OWC(office web components)组件中的Spreadsheet控件实现基于B/S架构的自适应上报系统的解决方案。该解决方案通过后台用户对上报报表和表中需前台用户填写的内容进行设置,自动建立与...分析了自适应上报系统的要求,提出了利用微软提供的OWC(office web components)组件中的Spreadsheet控件实现基于B/S架构的自适应上报系统的解决方案。该解决方案通过后台用户对上报报表和表中需前台用户填写的内容进行设置,自动建立与上报报表相对应的数据表来保存数据,并可在此基础上由后台用户设定统计报表的格式与内容,完成数据的统计和汇总工作。此解决方案避免了因用户需求变更而导致二次开发的可能性,并为不同类型的上报系统提供了通用平台。展开更多
To deeply exploit the mechanisms of ant colony optimization （ACO） applied to develop routing in mobile ad hoe networks （MANETS）,some existing representative ant colony routing protocols were analyzed and compared....To deeply exploit the mechanisms of ant colony optimization （ACO） applied to develop routing in mobile ad hoe networks （MANETS）,some existing representative ant colony routing protocols were analyzed and compared.The analysis results show that every routing protocol has its own characteristics and competitive environment.No routing protocol is better than others in all aspects.Therefore,based on no free lunch theory,ant routing protocols were decomposed into three key components：route discovery,route maintenance （including route refreshing and route failure handling） and data forwarding.Moreover,component based ant routing protocol （CBAR） was proposed.For purpose of analysis,it only maintained basic ant routing process,and it was simple and efficient with a low overhead.Subsequently,different mechanisms used in every component and their effect on performance were analyzed and tested by simulations.Finally,future research strategies and trends were also summarized.展开更多
文摘分析了自适应上报系统的要求,提出了利用微软提供的OWC(office web components)组件中的Spreadsheet控件实现基于B/S架构的自适应上报系统的解决方案。该解决方案通过后台用户对上报报表和表中需前台用户填写的内容进行设置,自动建立与上报报表相对应的数据表来保存数据,并可在此基础上由后台用户设定统计报表的格式与内容,完成数据的统计和汇总工作。此解决方案避免了因用户需求变更而导致二次开发的可能性,并为不同类型的上报系统提供了通用平台。
基金Project(61225012)supported by the National Science Foundation for Distinguished Young Scholars of ChinaProjects(61070162,71071028,70931001)supported by the National Natural Science Foundation of China+4 种基金Project(20120042130003)supported by the Specialized Research Fund of the Doctoral Program of Higher Education for the Priority Development Areas,ChinaProjects(20100042110025,20110042110024)supported by the Specialized Research Fund for the Doctoral Program of Higher Education,ChinaProject(2012)supported by the Specialized Development Fund for the Internet of Things from the Ministry of Industry and Information Technology of ChinaProject(N110204003)supported by the Fundamental Research Funds for the Central Universities of ChinaProject(L2013001)supported by the Scientific Research Fund of Liaoning Provincial Education Department,China
文摘To deeply exploit the mechanisms of ant colony optimization （ACO） applied to develop routing in mobile ad hoe networks （MANETS）,some existing representative ant colony routing protocols were analyzed and compared.The analysis results show that every routing protocol has its own characteristics and competitive environment.No routing protocol is better than others in all aspects.Therefore,based on no free lunch theory,ant routing protocols were decomposed into three key components：route discovery,route maintenance （including route refreshing and route failure handling） and data forwarding.Moreover,component based ant routing protocol （CBAR） was proposed.For purpose of analysis,it only maintained basic ant routing process,and it was simple and efficient with a low overhead.Subsequently,different mechanisms used in every component and their effect on performance were analyzed and tested by simulations.Finally,future research strategies and trends were also summarized.
