查询词典 fuzzy-wuzzy
- 与 fuzzy-wuzzy 相关的网络例句 [注:此内容来源于网络,仅供参考]
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Programmable fuzzy logic controller ; Evolvable hardware ; Genetic algorithm ; Fuzzy logic
可编程模糊逻辑控制器;演化硬件;遗传算法;模糊逻辑
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First, all the risk factors are fuzzily synthesized by the theory of fuzzy synthetic evaluation, Then, these fuzzy syntheti...
首先,利用模糊综合评价的理论把各个风险因子进行模糊综合,然后,把所得的模糊综合评价向量转化为模糊分值,以此分值来代表该风险因子的风险值。
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Methods Based upon the fuzzy decision making module to utilize the fuzzy homodynamic control module and the therapeutic assessment module for complete system.
在模糊决策制定模块的基础上现用模糊心血流动力学控制模块和治疗评估模块组成系统。
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To analyze and compare the characters of Fuzzy c-Means clustering and artificial immune network aiNet clustering, conclude that Fuzzy c-Means clustering does not work well if the underlying classes or clusters deviate strongly from hyperspherical structures, aiNet is capable of reducing redundancy, describing data structure, including the shape of clusters by experiments on relatively gathering data set, scattering data set, annular data set and corkscrew data set.
分析比较了模糊C 均值聚类算法FCM 和人工免疫网络aiNet 聚类算法的特性,通过它们对相对集中数据、稀疏分散数据、环状和螺旋分布数据聚类来进行比较,得到当遇到潜在的类或簇背离超球面结构时,FCM 算法表现不佳,而aiNet 可以很好的发现数据的内在特征,减少数据中的冗余、描述数据结构和聚类形状,表现良好的适应性。
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A simple artificial immune network algorithm, suitable for clustering problems with a small quantity of samples, is obtained by using the idiotype immune network. Further, a fuzzy immune network classification algorithm applied to sample classification learning is proposed by uniting the algorithm and fuzzy logical rules.
其次,利用抗原群及抗体群的作用关系,结合免疫记忆细胞的记忆功能,并借助于克隆选择原理、免疫网络的调节机制及约束条件处理方法,设计约束多目标优化免疫算法处理约束多目标优化问题,收敛性论证、性能测试、比较及实际应用表明此算法是有效的。
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In order to increase the diversity of population, MFCMGA uses idiotypic immune network theory to improve the selection operator of SGA. Meanwhile in order to decrease the randomicity of SGA, the crossover probability, crossover position and mutation probability are adjusted dynamically by using fuzzy inference, which is based on analyzing the heuristic fuzzy relationship between algorithm performance and evolutionary parameters from the viewpoints of environment, population, individual and gene.
该算法利用免疫系统独特性网络学说,改进标准遗传算法选择运算子,提高了种群多样性;同时从环境、种群、个体和基因角度,全面分析算法寻优性能和各种进化参数的启发式模糊关系,采用模糊推理动态调整交叉率、交叉位置和变异率,减小了标准遗传操作的随机性。
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In the bid to increase the diversity of population, MFCMGA uses idiotypic immune network theory to improve the selection operator of SGA. Simultaneously, in order to decrease the randomicity of SGA, the crossover probability, crossover position and mutation probability are adjusted dynamically by using fuzzy inference, which is based on analyzing the heuristic fuzzy relationship between algorithm performance and evolutionary parameters from the viewpoints of environment, population, individual and gene.
该算法利用免疫系统独特性网络学说,改进标准遗传算法选择算子,提高了种群多样性;同时从环境、种群、个体和基因角度,全面分析算法寻优性能和各种进化参数的启发式模糊关系,采用模糊推理动态调整交叉率、交叉位置和变异率,减小了标准遗传操作的随机性。
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Impoundage;; fuzzy description;; fuzzy similarit calibration;; time-variable instantaneous unit hydrograph;; error distribution;; maximum entropy;;dynamic control on reservoir water level in flood season;; risk analysis
论文导师周惠成,论文学位博士,论文专业水文学及水资源论文单位大连理工大学,点击次数 1,论文页数 141页File Size8592K
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This algorithm integrates the fuzzy logic and the sliding mode control. By this method, the control incontinuity is smoothed in a thin band of the switching plane so that the vibration of fuzzy sliding mode control is eliminated.
该算法将模糊逻辑和变结构控制结合起来,利用模糊方法,在切换面临近的一个薄边界层内对控制的不连续性加以平滑,以减弱变结构控制产生的抖振。
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fuzzy clustering ; increasable algorithm ; fuzzy c-means clustering algorithmFCM
增量式的模糊聚类算法可以解决新增数据的聚类及类属。
- 相关中文对照歌词
- Warm & Fuzzy
- Fuzzy Was An Outlaw
- Fuzzy
- Kinda Fuzzy
- Warm Fuzzy Feeling
- Fuzzy Fuzzy Cute Cute
- Fuzzy Blue Lights
- Fuzzy
- 推荐网络例句
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This one mode pays close attention to network credence foundation of the businessman very much.
这一模式非常关注商人的网络信用基础。
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Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.
扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。
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There is no differences of cell proliferation vitality between labeled and unlabeled NSCs.
双标记神经干细胞的增殖、分化活力与未标记神经干细胞相比无改变。