Mine ventilation system optimization is a decision-making problem about complexity system which is composed of many integrating, interrelating and interdependent quantitative and qualitative factors.
矿井通风系统优化是一个有定性和定量相互结合、相互关联、相互制约的众多因素构成的复杂决策问题。
This system can be applied for quantitative and qualitative decision-making sup - port, and offers an effective measures for optimization of logistics center location.
本系统可以实现定性和定量相结合的选址决策支持，从而为物流中心选址优化提供了一种有效的实现策略。
With such theories and methods as multivariable analysis system identification and multiobject optimization applied to. a current method is developed set up static-system models with decision making.
综合运用多元分析、系统辨识和多目标优化等理论，提出静态系统的建模与决策通用方法。
On this basis, the countermeasures and decision-making models of static highway operation safety management have been discussed by adopting expert system technology and optimization method.
最后运用专家系统技术和最优化方法建立了静态公路运营安全管理的对策和决策模型。
On this basis, the countermeasures and decision-making models of static highway operation safety management have been discussed by adopting expert system technology and optimization method.
最后运用专家系统技术和最优化方法建立了静态公路运营安全管理的对策和决策模型。
应用推荐