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Similarity Measurement of Gene Using Arc Tan Function in Gene Ontology

机译:使用基因本体中的Arc Tan函数对基因进行相似性测量

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The Gene Ontology (GO) is a technique that measures second-hand the semantic relationship of genes using an exponential and arc tan-based technique. The proposed work develops an enhanced shortest path-based measure using GO semantic relationship. The existing work presented an undeviating corridor based on an amalgam appraise of ontological match. Using GO graph and in sequence pleased are factors that improve the effectiveness of transfer functions of semantic connection of gene ontology. The semantic technique evaluates weighted paths for GO similarity measure. Other similarity measures use the shortest path in their calculation but require the specificity of a concept in hybrid measure performance of correlated genes.
机译:基因本体论(GO)是一种使用指数和基于反正切的技术来二手测量基因语义关系的技术。拟议的工作开发了一种使用GO语义关系的增强的基于最短路径的度量。现有的工作提出了一个基于本体匹配的汞合金评估的不朽走廊。使用GO图和按顺序满意是提高基因本体的语义连接的传递函数的有效性的因素。语义技术评估加权路径以进行GO相似性度量。其他相似性度量在其计算中使用最短路径,但在相关基因的杂交度量性能中需要概念的特异性。

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