This paper proposes a novel drifting modeling (DM) method. Briefly, we first employ an improved SVMs algorithm named weighted support vector machines (W.SVMs), which is suitable for locally learning, and then the DM m...This paper proposes a novel drifting modeling (DM) method. Briefly, we first employ an improved SVMs algorithm named weighted support vector machines (W.SVMs), which is suitable for locally learning, and then the DM method using the algorithm is proposed. By applying the proposed modeling method to Fluidized Catalytic Cracking Unit (FCCU), the simulation results show that the property of this proposed approach is superior to global modeling method based on standard SVMs.展开更多
Under the current background, the type, growth and production of solid minerals can be accurately grasped in the exploration of solid minerals. Therefore, it is necessary to pay attention to the exploration of solid m...Under the current background, the type, growth and production of solid minerals can be accurately grasped in the exploration of solid minerals. Therefore, it is necessary to pay attention to the exploration of solid minerals, analyze the characteristics of geological structure and hydrogeology in detail, and conduct scientific and effective analysis through scientific and effective analysis. Obtain valuable data to provide support for the development of mineral mining work, improve the utilization rate of mineral resources, reduce the incidence of mining accidents, and make mineral mining scientific and effective.展开更多
文摘This paper proposes a novel drifting modeling (DM) method. Briefly, we first employ an improved SVMs algorithm named weighted support vector machines (W.SVMs), which is suitable for locally learning, and then the DM method using the algorithm is proposed. By applying the proposed modeling method to Fluidized Catalytic Cracking Unit (FCCU), the simulation results show that the property of this proposed approach is superior to global modeling method based on standard SVMs.
文摘Under the current background, the type, growth and production of solid minerals can be accurately grasped in the exploration of solid minerals. Therefore, it is necessary to pay attention to the exploration of solid minerals, analyze the characteristics of geological structure and hydrogeology in detail, and conduct scientific and effective analysis through scientific and effective analysis. Obtain valuable data to provide support for the development of mineral mining work, improve the utilization rate of mineral resources, reduce the incidence of mining accidents, and make mineral mining scientific and effective.
