提出了一种为用户提供个性化定制功能的企业门户桌面系统PD4EP(Personalized Desktop for Enterprise Portal).PD4EP划分了门户频道类别并对各类频道需提供的个性化功能进行了约束,实现了同类别的不同门户频道个性化定制方式的一致化,从而允许用户同时对多个门户频道批量个性化操作.采用了与企业门户具体业务和资源相分离的模块化系统结构,有效降低了门户桌面系统与其他组成单元间的耦合程度,提高了通用性;因此,PD4EP可用于新建企业门户桌面系统,还可以个性化功能插件的形式扩展现有企业门户桌面系统.PD4EP设计了基于控制反转思想的个性化功能操作流程,增强了门户桌面系统对不同开发者开发的门户频道的兼容性。
To solve the engineering and scientific problems in construction diversion and its simulation analysis, a complete scheme is presented. Firstly, the complex constraint relationship was analyzed among main buildings, diversion buildings and flow control. Secondly, the time-space relationship model of construction diversion system and the general block diagram-oriented simulation model of diversion process were set up. Then, the corresponding numerical simulation method and 3D dynamic visual simulation method were put forward. Further, the simulation and optimization platform of construction diversion control process was developed, integrated with simulation modeling, computation and visualization. Finally, these methods were applied to a practical project successfully, showing that the modeling process is convenient, the computation and the visual analysis can be coupled effectively, and the results conform to practical state. They provide new theoretical principles and technical measures for analyzing the control problems encountered in construction diversion of hydraulic and hydroelectric engineering under complex conditions.
