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1)  IE-K2 algorithm
IE-K2算法
1.
IE-K2 algorithm which constructs gene regulatory network was proposed to obtain correct execution order of nodes and to improve the execution efficiency and precision.
为获得正确的节点次序,提高K2算法的执行效率和精确度,提出一种构建基因调控网络的IE-K2算法
2)  K2 algorithms
K2算法
1.
We utilized the K2 algorithms and adaptive genetic algorithms to construct Bayesian network of college mathematics courses on the basis of 1984~2005 s 10 courses scores of school of statistics from a certain university.
基于某高校统计学院自1984~2005年间学生所学10门课程的成绩,利用K2算法并结合自适应遗传算法构建了课程贝叶斯网。
3)  K2 algorithm
K2算法
1.
IE-K2 algorithm which constructs gene regulatory network was proposed to obtain correct execution order of nodes and to improve the execution efficiency and precision.
为获得正确的节点次序,提高K2算法的执行效率和精确度,提出一种构建基因调控网络的IE-K2算法
2.
To overcome the defect that K2 algorithm requires the suitable order of nodes in advance while dealing with the structure learning of Bayesian Network Classifier (BNC), the algorithm GA-K2 is proposed which introduces the integer coding genetic algorithm based on selective ensemble concept to K2.
为克服K2算法在处理贝叶斯网络分类器(BayesianNetworkClassifier,BNC)结构学习中要求先指定适合节点次序的缺点,提出GA-K2算法,将基于选择性集成的整数编码遗传算法引入到K2算法中,使之能得到最佳节点次序并且网络结构收敛到全局最优。
3.
We propose to combine the gene expression data and Gene Ontology,to rank the transcription factors by their important degrees,and then construct a Bayesian network by using K2 algorithm to describe the interactions between them.
提出将基因本体论(Gene Ontology)中的背景知识同基因表达值相结合,利用GeneRank算法思想来计算转录因子的重要性排名,再通过K2算法构建贝叶斯网络以刻画这些转录因子间关系的方法。
4)  IE algorithm
IE算法
5)  K2
K2结构学习算法
6)  IE method
IE方法
1.
Starting from the angle of literature processing,this paper makes the case study on the literature resource construction by adopting the activity-based balancing method,and points out that using IE method can increase the service efficiency and improve the service quality of library.
从文献加工的角度,采用作业平衡法对文献资源建设进行了实例分析,指出借鉴IE方法可提高图书馆的工作效率和服务质量。
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性质:又称免疫电泳。将电泳的分离能力和免疫扩散两种技术组合在一起的一种分析方法。用电泳法将混合蛋白质(含抗原)初步分离;再借免疫双扩散法利用抗原与抗体间的特异免疫沉淀反应,检测双方成分和相关情况。设备为电泳控制仪、电泳槽和电泳板等。是鉴定抗原(如蛇毒等)或抗体(如抗蛇毒血清等)中各种成分的一种灵敏度较高(只需几微克)的方法。广泛应用于分子生物学的各个方面。

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