基于构件行为的场景建模框架

Description frame for scenario specifications based on component behaviors

采用系统理论术语形式定义构件行为框架,运用轨线集刻画构件行为,通过轨线迁移给出构件行为表示框架,其建模思想不再以输入/输出结构模式为出发点,而是以研究系统构件的布局为基本观点,利用构件之间的互联控制关系,反映出软件系统呈现一种柔性、多目标、连续反应式的动态特征,为构件式系统的场景建模提供了一种新的解决途径.

System theoretical terminologies were adopted to define component behaviors description frame formally, the set of trajectories to depict component behaviors were utilized to represent framework through deriving component behaviors from trajectories transfers. The modeling ideal was no longer based on I/O structure model. Through researching system component arrangement, exploiting interaction relationship among component, the software system showed a kind of flexibility, muhi-object, continue-reaction dynamic characters, provided a new solution to modeling component system scenarios.