Dynamic AHP net for simulation systems verification

Analytic hierarchy process (AHP) is widely applied to simulation systems verification, but the traditional AHP cannot solve the uncertainty problem of verification. In order to resolve this problem, the main cause of the uncertainty problem is pointed out to be the static characteristics of AHP. The AHP net concept and mathematical basis are proposed. Aiming at the defect of the traditional static AHP nets, the dynamic AHP net, correlative definitions and illustrations are established. Based on the net definitions, the dynamic AHP net formulas and evaluation node priority algorithm are proposed. A simulation verification example is given and the numeric evaluation result is analyzed. The result is compared with that calculated by the traditional AHP. The result shows that the proposed dynamic AHP net can resolve the uncertainty problem caused by simulation verification.