Mikael Huss, Henrik Boström, Lars Asker, Joakim Cöster
During the last decade, the area of bioinformatics has produced an overwhelming amount of data, with the recently published draft of the human genome being the most prominent example. This has...
Protein names and how to find them (2002)
Franzén, Kristofer, Eriksson, Gunnar, Olsson, Fredrik, Asker, Lars, Lidén, Per, Cöster, Joakim
A prerequisite for all higher level information extraction tasks is the identification of unknown names in text. Today, when large corpora can consist of billions of words, it is of utmost importance...
Sequences Using a Naïve Bayesian Classifier (2001)
Rickard S, Gösta Winberg, Carl-ivar Bränden, Er Kaske, Ingemar Ernberg, Joakim Cöster, ...
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Capturing Whole-Genome Characteristics in Short Sequences Using a Naive Bayesian Classifier (2001)
Sandberg, Rickard, Winberg, Gösta, Bränden, Carl-Ivar, Kaske, Alexander, Ernberg, Ingemar, Cöster, Joakim
Capturing Whole-Genome Characteristics in Short Sequences Using a Naïve Bayesian Classifier
Sandberg, Rickard, Winberg, Gösta, Bränden, Carl-Ivar, Kaske, Alexander, Ernberg, Ingemar, Cöster, Joakim
Bacterial genomes have diverged during evolution, resulting in clearcut differences in their nucleotide composition, such as their GC content. The analysis of complete sequences of bacterial genomes...
Capturing Whole-Genome Characteristics in Short Sequences Using a Naïve Bayesian Classifier
Sandberg, Rickard, Winberg, Gösta, Bränden, Carl-Ivar, Kaske, Alexander, Ernberg, Ingemar, Cöster, Joakim
Bacterial genomes have diverged during evolution, resulting in clearcut differences in their nucleotide composition, such as their GC content. The analysis of complete sequences of bacterial genomes...