A multiplex monitoring and control architecture (MMCA) for military supervision based on common information model (CIM) is put forward after analyzing the features of military system. Information format based on CIM c...A multiplex monitoring and control architecture (MMCA) for military supervision based on common information model (CIM) is put forward after analyzing the features of military system. Information format based on CIM can be compatible with other protocols by mapping data type into that of SNMP, DMI and CMIP, etc. And in order to realize transparence and dynamic expansibility of MMCA administrator, CIM object manager and CIM object provider are designed based on monitoring mechanism of agent extensibility--AgentX that MMCA agent uses.展开更多
为了准确地获取和复用军事电子信息系统需求,提出了基于领域知识复用的需求建模方法。介绍了利用领域知识进行需求建模的过程,利用目标模型表达用户需求,并通过复用领域知识建立目标模型;通过目标查询匹配和复用获取目标相关需求,建立...为了准确地获取和复用军事电子信息系统需求,提出了基于领域知识复用的需求建模方法。介绍了利用领域知识进行需求建模的过程,利用目标模型表达用户需求,并通过复用领域知识建立目标模型;通过目标查询匹配和复用获取目标相关需求,建立应用本体;利用顶层本体概念与M E ISRDL业务框架的映射关系,根据应用本体生成需求模型。实例表明,通过复用领域知识,不仅保证了需求模型的质量,而且提高了需求建模的效率。展开更多
文摘A multiplex monitoring and control architecture (MMCA) for military supervision based on common information model (CIM) is put forward after analyzing the features of military system. Information format based on CIM can be compatible with other protocols by mapping data type into that of SNMP, DMI and CMIP, etc. And in order to realize transparence and dynamic expansibility of MMCA administrator, CIM object manager and CIM object provider are designed based on monitoring mechanism of agent extensibility--AgentX that MMCA agent uses.
文摘为了准确地获取和复用军事电子信息系统需求,提出了基于领域知识复用的需求建模方法。介绍了利用领域知识进行需求建模的过程,利用目标模型表达用户需求,并通过复用领域知识建立目标模型;通过目标查询匹配和复用获取目标相关需求,建立应用本体;利用顶层本体概念与M E ISRDL业务框架的映射关系,根据应用本体生成需求模型。实例表明,通过复用领域知识,不仅保证了需求模型的质量,而且提高了需求建模的效率。