基于Web的通用效能评估仿真架构实现研究

Research on Implementation of Universal Effectiveness Evaluation Simulation Architecture Based on Web

摘要:

为实现复杂系统效能评估、多方案对比,构建了基于Web的通用效能评估仿真架构。对评估模式进行了创新,基于评估流程化管理方式,实现任务驱动执行、任务导航和数据的自动流转。针对指标体系建模的复杂性,利用树状、网状或环状等视图对指标模型进行可视化展示,并实现多专业协同指标分解和指标完整性专业审核,确保了指标分解的客观性。基于数据采集挖掘、统计分析等多种先进的智能技术,将仿真系统产生的海量数据引入效能评估仿真分析环节,使得效能评估过程可有效利用仿真真实数据,提高效能评估结果的可信性。构建基于脚本引擎调用实现效能评估算法集成与扩展,提升了效能评估仿真框架的通用性和扩展性。最后,通过多样本、多方案评估结果对比分析工具的实现,提升了效能评估工具实用性。

Abstract:

In order to realize complex system performance evaluation an multi-program comparison, a Web-based general performance evaluation simulation architecture is constructed. The evaluation model has been innovated, based on the evaluation of the process management, task-driven execution, task navigation and automatic data transfer. For the complexity of index modeling, the indicator model is visualized by tree, mesh or ring view, and multi-professional collaborative index decomposition and indicator integrity professional review are carried out to ensure the objectivity of index decomposition. Based on data acquisition and mining, statistical analysis and other advanced intelligent technologies, the massive data generated by the simulation system is introduced into the performance evaluation simulation analysis section, so that the performance evaluation can effectively use the simulation real data to improve the credibility of the performance evaluation results. The integration and extension of the performance evaluation algorithm based on the script engine call is implemented, which improves the versatility and scalability of the performance evaluation simulation framework. Finally, through the implementation of multi-sample and multi-program evaluation results comparison analysis tools, the practicality of the performance evaluation tools is improved.