"一支毫无希望的落后的陆军,被一支坦克部队迅速打垮了……"。——利德尔·哈特这是一件描写二战中德军入侵波兰战役的模型作品,名为《一个时代的终结》(The End of an Era)。该作品在2003年度欧洲军事模型展览会上荣获..."一支毫无希望的落后的陆军,被一支坦克部队迅速打垮了……"。——利德尔·哈特这是一件描写二战中德军入侵波兰战役的模型作品,名为《一个时代的终结》(The End of an Era)。该作品在2003年度欧洲军事模型展览会上荣获第15组 (军用车辆微缩景观组) 的金牌,并在所有20个组的金牌总评比中获得唯一的"最佳模型作品奖"。展开更多
Generally, the traditional troops optimization model adopts the method of certain mathematic programming. However, it is hard to satisfy the actual request of the accurately quantitative analysis with a large number o...Generally, the traditional troops optimization model adopts the method of certain mathematic programming. However, it is hard to satisfy the actual request of the accurately quantitative analysis with a large number of stochastic factors in modern high technique war. In this paper, the general characteristic of this problem is analyzed fully. A new method of establishing the optimization model of joint tactics organization based on chance-constrained programming is setted up. In the end, an example is demonstrated and solved by the genetic algorithm based on stochastic simulation.展开更多
In this paper, we discuss the well-posedness of a optimal model for the supply chain, which is described by supplementary variable technique and probability theory. The existence of a nonnegative time-dependent soluti...In this paper, we discuss the well-posedness of a optimal model for the supply chain, which is described by supplementary variable technique and probability theory. The existence of a nonnegative time-dependent solution of the optimal model is proved by using Co-semigroup theory.展开更多
文摘"一支毫无希望的落后的陆军,被一支坦克部队迅速打垮了……"。——利德尔·哈特这是一件描写二战中德军入侵波兰战役的模型作品,名为《一个时代的终结》(The End of an Era)。该作品在2003年度欧洲军事模型展览会上荣获第15组 (军用车辆微缩景观组) 的金牌,并在所有20个组的金牌总评比中获得唯一的"最佳模型作品奖"。
文摘Generally, the traditional troops optimization model adopts the method of certain mathematic programming. However, it is hard to satisfy the actual request of the accurately quantitative analysis with a large number of stochastic factors in modern high technique war. In this paper, the general characteristic of this problem is analyzed fully. A new method of establishing the optimization model of joint tactics organization based on chance-constrained programming is setted up. In the end, an example is demonstrated and solved by the genetic algorithm based on stochastic simulation.
文摘In this paper, we discuss the well-posedness of a optimal model for the supply chain, which is described by supplementary variable technique and probability theory. The existence of a nonnegative time-dependent solution of the optimal model is proved by using Co-semigroup theory.