Battle damage assessment of military harbor
LV Xiao-lon · Electronic Design Engineering · 2014
According to the characteristics of military harbor, at first elements and comments aggregation are selected. Then when each hierarchy power vector is fixed, the second hierarchy fuzzy relation matrix is used to make the first level fuzzy evaluation. At last, the final synthesis evaluation vector is achieved through two-level fuzzy evaluation. According to the principle of maximum membership degree, the maximum of final synthesis evaluation vector is chosen as the result of the battle damage assessment of military harbor. According to the calculation of the military harbor instance, the result that based on two-level fuzzy evaluation is consistent with the actual result, so the feasibility of the method is validated.