系统多功能状态表达式构建及其置信度研究

为研究具有多功能的系统功能状态表达式及状态评价结果的置信度，提出一种基于集对分析和量子态叠加的系统功能状态表示方法。首先论述了系统功能状态置信度；其次研究了系统单功能状态表示，使用集对分析联系数构建表达式确定分量系数，随后利用量子态叠加构建系统单功能状态表达式；最后构建了系统多功能状态表达式，从而确定系统多功能状态的量子叠加态概率幅，其平方即为该状态的系统功能状态评价结果的置信度。通过实例对所提方法进行了应用，说明了计算流程和作用。研究可提供系统多功能状态置信度的计算方法。

Construction of a system multi-function state expression andits confidence

To study the function state expression and the confidence of state evaluation results of a multi-function system, a method for system function state expression is proposed based on set pair analysis and quantum state superposition. First, the confidence of the system function state is discussed; second, the expression of a system single function state is studied, and the component coefficient is determined by using the set pair analysis connection number; third, quantum state superposition is used to construct the expression of the system single function state; finally, the expression of the system multi-function state is constructed to determine the quantum superposition frequency amplitude of the system multi-function state. The square of the frequency amplitude is the confidence of the evaluation result of the system function state. An example is given to illustrate the calculation process and function of the proposed method. This research can provide a calculation method for system multi-function state confidence.