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- Robustness of Fuzzy Reasoning 模糊集
- The central issue of fuzzy reasoning is questions of FMP and FMT as follows:(Question FMP)(Question FMT)where A,A* are Fuzzy set of X,B,B* are Fuzzy set of Y. 模糊推理的中心课题是以下形式的FMP和FMT问题：(FMP问题)(FMT问题)这里A，A~*是X上的Fuzzy集，B，B~*是Y上的Fuzzy集。
- On the theory of fuzzy BP network, this model composed a fuzzy reasoning method which could realize information translating knowledge thorough distilling, prioritization and selection of fuzzy rules. 构建了基于模糊BP网络的模糊推理方法,它通过模糊规则的提取、优化、筛选,最终实现信息的知识化。
- Application of fuzzy reasoning in strapdown AHRS 模糊推理在捷联航姿系统中的应用
- Application of Fuzzy Reasoning in Soaking Pit Temperature Control 模糊推理在均热炉温度控制中的应用研究
- The application of fuzzy reasoning method in trajectory calculating 模糊推理合成法在弹道处理中的应用
- Robustness of Watermarking: Is Error Correcting Coding Effective? 水印鲁棒性:纠错编码有效吗?
- Simulation results show the efficiency and robustness of SAMS. 仿真结果显示SAMS的有效性和健壮性。
- The robust of the method is tested by the noised synthetic data. 测试了这种方法对噪声的敏感程度.;将文中提出的方法用于某油田的一段实测地震资料衰减分析，得到的吸收特性剖面能较好地反映油气的空间展布
- Study of fuzzy reasoning self adjusting control for direct drive feed system 直接驱动进给系统模糊推理自校正控制的研究
- Validity of the Further Extension of Fuzzy Reasoning Based on Resolution 再扩充模糊逻辑中归结方法的有效性
- The theory of Fuzzy ARTMAP(FAM) neural network was described. 介绍了fuzzy ARTMAP(FAM)神经网络的一般原理。
- Fuzzy Values and Their Applications to Fuzzy Reasoning II. 模糊值及其在模糊推理中的应用2。
- Implementation of Fuzzy Systems using Multi-layered Neural Network. 使用多层的类神经网路来实作模糊系统.
- LSSI improved the robustness of SI, but still depends on SNE. LSSI改善了SI的稳定性,但仍依赖源个数估计的结果。
- Method of the Expert System of Fuzzy Reasoning with Weights Achieved by LISP Language 一种基于LISP语言的加权模糊推理专家系统实现方法
- Saint Emilion wines are considered the most robust of the Bordeaux. 圣爱美浓葡萄酒比认为是波尔多地区最浓烈的葡萄酒。
- How robust of the athlete to lift such a heavy barbell. 能举起这么重的杠铃，这个运动员可真强壮啊。
- Fuzzy control algorithm having robustness of itself is combined with the behavior of apperceive-action based on biology, which realizes local path planning of the mobile robot. 对全区域覆盖的局部路径规划，本文采用了一种模糊控制算法，利用模糊控制算法自身所具有的鲁棒性和基于生物学上的感知-动作的行为相结合。
