基于多Agent的智能DSS

在总结传统智能 DSS的不足及 Agent特性的基础上 ,提出了一个在单机环境下基于多 Agent的智能 DSS开发方法。根据 DSS设计特点及智能 Agent的自治、协作等特性 ,将 DSS的开发映射为多 Agent系统构造。讨论了将智能 Agent引入 DSS的可行性 ,基于多 A gent的智能 DSS结构和工作原理 ,并给出了基于成熟的面向对象技术的智能 DSS实现方法。

基于黑板的多Agent体育训练管理DSS系统设计

目前我国的体育训练管理中仍然存在着不科学、训练目的性不强、辅助决策手段落后等缺点。将Agent和DSS技术运用到系统当中,设计出一个基于黑板的多Agent智能体育训练管理决策支持系统方案,并进行具体的实施,从而有效地提高了决策系统的准确性和智能性。

Intelligent decision support system of operation-optimization in copper smelting converter

An artificial intelligence technique was applied to the optimization of flux adding systems and air blasting systems, the display of on line parameters, forecasting of mass and compositions of slag in the slagging period, optimization of cold material adding systems and air blasting systems, the display of on line parameters, and the forecasting of copper mass in the copper blow period in copper smelting converters. They were integrated to build the Intelligent Decision Support System of the Operation Optimization of Copper Smelting Converter(IDSSOOCSC), which is self learning and self adaptating. Development steps, monoblock structure and basic functions of the IDSSOOCSC were introduced. After it was applied in a copper smelting converter, every production quota was clearly improved after IDSSOOCSC had been run for 4 months. Blister copper productivity is increased by 6%, processing load of cold input is increased by 8% and average converter life span is improved from 213 to 235 furnace times.