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A resource limited artificial immune system for data analysis

机译:数据分析资源有限的人工免疫系统

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This paper presents a resource limited artificial immune system for data analysis. The work presented here builds upon previous work on artificial immune systems for data analysis. A population control mechanism, inspired by the natural immune system, has been introduced to control population growth and allow termination of the learning algorithm. The new algorithm is presented, along with the immunological metaphors used as inspiration. Results are presented for Fisher Iris data set, where very successful results are obtained in identifying clusters within the data set. It is argued that this new resource based mechanism is a large step forward in making artificial immune systems a viable contender for effective unsupervised machine learning and allows for not just a one shot learning mechanism, but a continual learning model to be developed.
机译:本文介绍了用于数据分析的资源有限的人工免疫系统。这里提出的工作在以前的人工免疫系统上建立了用于数据分析的工作。引入了由天然免疫系统启发的人口控制机制,以控制人口增长并允许终止学习算法。提出了新算法,以及用作灵感的免疫隐喻。对于Fisher Iris数据集提供了结果,其中在识别数据集中的集群时获得了非常成功的结果。有人认为,这种基于新的资源机制是使人工免疫系统成为有效无监督机器学习的可行竞争者的大阶梯,并且不仅仅是一个拍摄的学习机制,而且允许开发持续的学习模型。

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