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GENE EXPRESSION DATA SELF-ORGANIZING ALGORITHM

机译:基因表达数据自组织算法

摘要

A self-organizing algorithm for the massive analysis of gene expression data from DNA array experiments, beginning from a structure composed of two "daughter" neurons connected to a "mother" neuron, which are composed of a list of values or profile of initially random data. The algorithm divides the data set into data sub-sets in a successive series of cycles. Each of the cycles has a series of stages in which the data is introduced to the terminal neurons and the latter are updated. When the updating produced between two consecutive stages is below a certain pre-established minimum level, it is considered that the network has converged in that cycle and it is decided it the network should continue to grow or if it has already stopped growing, in which case the algorithm process is finalized.
机译:一种自组织算法,用于大规模分析来自DNA阵列实验的基因表达数据,该算法从一个结构组成,该结构由连接到“母亲”神经元的两个“女儿”神经元组成,该结构由一系列值或初始随机图组成数据。该算法在连续的一系列循环中将数据集划分为数据子集。每个循环都有一系列阶段,其中将数据引入到末端神经元,并更新后者。当在两个连续阶段之间进行的更新低于某个预先确定的最低水平时,则认为网络已在该周期内收敛,并确定网络应继续增长,或者已经停止增长,算法过程完成的情况。

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