一种新型检测器生成算法模型

介绍一种基于人工免疫原理的新型入侵检测模型.模型结合分布式思想和检测器生命周期的概念,实现了检测器动态更新;研究了否定选择算法模型中检测器集合的生成算法,对亲和力算法进行了改进;并对模型和算法性能进行了分析,实验结果表明:该模型可对未知入侵行为和已知入侵行为的变异进行有效的识别.     

免疫原理在Agent入侵检测系统中的应用

将免疫学原理应用于多Agent入侵检测系统，提出免疫智能体的概念。在设计建立免疫智能体的核?算法基础上，给出一种产生多样性、遗传性、健壮性的抗体解集的方案，并建立了基于免疫智能体的分布式入乏检测系统模型，该系统模型具有自适应性、健壮性、自治性等特点．     

提高微孔硅酸钙烘干效率的设想

本刊讯微孔硅酸钙生产中蒸压养护和烘干是决定制品质量和产量的两个重要工序。蒸压养护采用慢速升温和降温,才能保证生产出合格的半成品。制品出蒸压釜含水率较高,一般在72～75%。由于制品出釜含水率高,烘干周期大于蒸养周期,造成生产设备能力不平衡,以致影响了工厂生产能力的发挥。为了提高制品烘干效率,提出以下设想,供大家探讨。     

Alloying Design for High WearResistant Cast HotForging Die Steels

The alloying design of cast hotforging die steels was analyzed. The relationship of the life of cast hotforging dies with the failure patterns was studied. The thermal wear resistance was believed to be the key property for the alloying design of cast hotforging die steels. The alloying design parameters were selected and optimized for the cast hotforging die steel with high wear resistance. The wear resistance of the optimized cast die steel was evaluated in comparison with commercial H13 steels and 3Cr2W8V steel. In the new cast hotforging die steel, VC is predominant carbide with Cr and Mo as the main solution elements in αFe. It is found that the cast die steel has significantly lower wear rate than normal H13 steel and 3Cr2W8V steel, almost the same as that of high purity H13 steel. The high wear resistance of the new cast hotforging die steel can be attributed to its reasonable alloying design and nonsensibility to the detrimental function of S and P.     

条带开采覆岩关键层的稳定性研究

本文从岩移控制的关键层理论出发，通过相似模型试验研究，确定了沛城矿上覆岩层中关键层的位置，对不同采深时采留比为５０ｍ∶５０ｍ走向条带开采方案关键层的稳定性进行了研究，为沛城矿二四采区城下条带开采设计提供了依据。