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Based on analytic hierarchy process(AHP) theory,a vital important problem for top-layer planning and overall design of modern self-propelled gun-howitzer system,namely overall project decision-making,was analyzed.A hierarchy model was built to solve the complex and uncertain problem,and a decision-making index system was established.Then,the weights in all layers of the model were determined by simulating experts.Finally,according to the calculated results of the elements in each layer,the weights of the alternatives to the overall goal were calculated to conduct the hierarchy total decision.A decision example shows that the overall project of a self-propelled gun-howitzer A is much better than that of another self-propelled gun-howitzer B,digitalized in comprehensive efficiency,operability,system accuracy and economy,but inferior to it in the information capability,and there exists relatively larger gap between them in the information sharing index.
Based on analytic hierarchy process (AHP) theory, a vital important problem for top-layer planning and overall design of modern self-propelled gun-howitzer system, namely overall project decision-making, was analyzed. A hierarchy model was built to solve the complex and uncertain problem, and a decision-making index system was established. Chen, the weights in all layers of the model were determined by simulating experts. Finally, according to the calculated results of the elements in each layer, the weights of the alternatives to the overall goal were calculated to conduct the hierarchy total decision. A decision example shows that the overall project of a self-propelled gun-howitzer A is much better than that of another another self-propelled gun-howitzer B, digitalized in comprehensive efficiency, operability, system accuracy and economy, but inferior to it in the information capability, and there exists relatively larger gap between them in the information sharing index.