Design of an Overall Software Framework for a Plan Summary Evaluation Model

An overall software framework for a plan summary evaluation model is designed in this paper. The theoretical basis of the proposed design is first illustrated, that is, the objective-capability value chain (project-system-capability-objective) as the plan performance evaluation framework. Subsequently, the functions and key techniques of the software are analyzed including intelligent generalization and extensive optimization of an indicator system dominated by strategic objectives, strategic capability evolution and situation prediction under the digital-analog hybrid drive, system construction deduction and explorative evaluation based on system dynamics, performance evaluation in the whole implementation process of a planned project based on knowledge graph, and holographic risk assessment based on autonomous and controllable supply chain. The basic architecture of the software is further presented after analyzing the characteristics of the microservices architecture. In the end, conclusions are drawn with the future focuses outlined to lay a foundation for the specific software design.