Metoda maksimalne uštede, kao jedna od metoda za rekonstrukciju filogenetskog stabla, po principu Occamove oštrice zahtjeva da rekonstruirano stablo koristi minimalan broj mutacija potreban za objašnjenje podataka. Metoda maksimalne uštede spada u metode koje se temelje na matrici obilježja i na optimalnom kriteriju. Kako je ovaj problem NP-težak, prilikom implementacije metode korištena je razgranaj-ograniči optimizacija. Programsko rješenje testirano je na nizu različitih sekvenci i dobiveni su rezultati u skladu s očekivanima.Maximum parsimony is a character-based method, akin to Occam's razor principle, that infers a phylogenetic tree by minimizing the total number of evolutionary steps required to explain a given set of data. It re...
Izgradnja filogenetskog stabla kreće izračunom matrice udaljenosti. Udaljenosti se računaju po Jukes...
Phylogenetic reconstruction aims at reconstructing the evolutionary history of a set of species, rep...
Abstract. Ð We have developed a rapid parsimony method for reconstructing ancestral nucleotide state...
Metoda maksimalne uštede, kao jedna od metoda za rekonstrukciju filogenetskog stabla, po principu O...
Metode izgradnje filogenetskog stabla temeljene na obilježjima taksona određuju međusobne odnose tak...
Za područje filogenije rekonstrukcija filogenetskih stabala je izuzetno bitna. Pomoću njih se određu...
Evolutionary tree reconstruction is a challenging problem with important applications in Biology and...
Ever since Darwin’s first sketch of a phylogenetic tree, such trees are the model of choice for most...
Date du colloque : 04/2009International audienceThe Maximum Parsimony problem aims at reconstru...
In this article we describe a bottom-up implementation of Path-Relinking for Phylogenetic Trees in t...
Abstract. Reconstruction of phylogenetic trees is a fundamental prob-lem in computational biology. W...
Phylogenetic reconstruction is considered a central underpinning of diverse fields like ecology, mol...
On the background of biology such as taxonomy, cladistics and phylogeny, the principle of maximum pa...
Phylogenetics is the study of the evolutionary relationships among species. It is derived from the a...
Four local search algorithms are investigated for the phylogenetic tree reconstruction problem under...
Izgradnja filogenetskog stabla kreće izračunom matrice udaljenosti. Udaljenosti se računaju po Jukes...
Phylogenetic reconstruction aims at reconstructing the evolutionary history of a set of species, rep...
Abstract. Ð We have developed a rapid parsimony method for reconstructing ancestral nucleotide state...
Metoda maksimalne uštede, kao jedna od metoda za rekonstrukciju filogenetskog stabla, po principu O...
Metode izgradnje filogenetskog stabla temeljene na obilježjima taksona određuju međusobne odnose tak...
Za područje filogenije rekonstrukcija filogenetskih stabala je izuzetno bitna. Pomoću njih se određu...
Evolutionary tree reconstruction is a challenging problem with important applications in Biology and...
Ever since Darwin’s first sketch of a phylogenetic tree, such trees are the model of choice for most...
Date du colloque : 04/2009International audienceThe Maximum Parsimony problem aims at reconstru...
In this article we describe a bottom-up implementation of Path-Relinking for Phylogenetic Trees in t...
Abstract. Reconstruction of phylogenetic trees is a fundamental prob-lem in computational biology. W...
Phylogenetic reconstruction is considered a central underpinning of diverse fields like ecology, mol...
On the background of biology such as taxonomy, cladistics and phylogeny, the principle of maximum pa...
Phylogenetics is the study of the evolutionary relationships among species. It is derived from the a...
Four local search algorithms are investigated for the phylogenetic tree reconstruction problem under...
Izgradnja filogenetskog stabla kreće izračunom matrice udaljenosti. Udaljenosti se računaju po Jukes...
Phylogenetic reconstruction aims at reconstructing the evolutionary history of a set of species, rep...
Abstract. Ð We have developed a rapid parsimony method for reconstructing ancestral nucleotide state...