Multi-agent systems and machine learning facilitating genoma annotation
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Date
2005Type
Abstract
Multi-agent systems and Machine Learning techniques are being frequently used in genome projects. One of their uses is in the annotation process (annotation pipeline). Annotation employs a high number of programs and scripts, which can be automated, thus freeing the specialist to carry out more valuable tasks. Artificial Intelligence and Machine Learning techniques have been employed in several problems, such as phylogeny reconstruction, protein annotation, protein structure prediction, gene id ...
Multi-agent systems and Machine Learning techniques are being frequently used in genome projects. One of their uses is in the annotation process (annotation pipeline). Annotation employs a high number of programs and scripts, which can be automated, thus freeing the specialist to carry out more valuable tasks. Artificial Intelligence and Machine Learning techniques have been employed in several problems, such as phylogeny reconstruction, protein annotation, protein structure prediction, gene identification, gene expression analysis, sequences alignment, and so on. This paper discusses three Molecular Biology problems where Artificial Intelligence and Machine Learning techniques have been successfully employed: gene identification, gene expression analysis, and protein annotation. ...
In
Revista de informática teórica e aplicada. Porto Alegre, RS. Vol. 12, n. 1 (jun. 2005), p. 83-110
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