Evaluation of Digital Artillery Combating Capacity
Xueqin Wang · Command Control & Simulation · 2010
In order to evaluate the combat capacity of the digital artillery, this paper builds the digital artillery operational system hierarchy model with applying the complex system theory. Moreover, it transforms the judgment matrix consistency checking in the analytic hierarchy process and the elements’ value computing into problem of nonlinear optimization. With a kind of general optimization algorithm (accelerating genetic algorithm), it introduces the related computing examples and compares the evaluation results. This process shows that the algorithm strengthens the evaluations stability and accuracy. At the same time, it is available for the computer programming realization and convenient for being applied.