Framework for Designing Assessment Indicator System of Command and Control Systems Based on Task Element Flowchart

We propose a framework for designing an effectiveness assessment indicator system for command and control systems. This framework encompasses three key parts: the design of task element flowcharts, iterative optimization of indicators, and check of indicator completeness. Introducing the task element flowcharts and the physical mapping of indicators, a dual-layer iterative optimization guiding approach to indicator system design is provided. This method mitigates the complexity associated with indicator system design, enhancing design efficiency. The indicator system built using this approach shows advantages of non-redundancy, non-repetition, quantifiability, and high completeness. Concurrently, comparing supporting data leads to construct a high-trust assessment algorithm and generate the scientifically comprehensive data collection requirements.