The phrase "a set of branch" is not correct in written English.
It should be "a set of branches" to refer to multiple branches.
Example: "The tree has a set of branches that provide shade in the summer."
Alternatives: "a collection of branches" or "a group of branches."
The model consists of a number of parameters, the most basic being: a tree topology, a set of branch lengths and an evolutionary model for character change.
The rate variation we observed for simple datasets simulated on phylogenies with shorter branches was likely due to the probabilistic substitution process, which generates a set of branch lengths that follow a Poisson distribution, even when the rate of the underlying substitution process is constant.
But Silurian graptolites had a streamlined body plan, more like a stick than like a set of branches.
To overcome this problem, we have proposed a new strategy for branching on a set of branching functions, which depend linearly on the search variables.
"We believed that an interactive story doesn't mean letting players choose between a set of branching narratives that we have created; it should mean that players are at the centre of authoring the experience and that the world of the game remembers and responds to them".
A valuation in a tree \(\left\langle T, \prec \right\rangle\) is a mapping \ V\) which assigns to every atomic proposition \(p \in {PROP}\) a set of branches \(V(p) \subseteq \mathcal{H}\times T\) on which \(p\) is declared true.
Considering p and c as test cases and B(p) and B(c) as a set of branches covered by the test cases p and c respectively, the distance between them is defined as follows: J p,c =1-frac{|B(p)cap B(c)|}{|B(p)cup B(c)|} Manhattan distance: This function measures the distance between two sets based on their elements.
The biblical view of the late Iron Age political and cultural map describes it as a set of branching geneaologies.
Another outcome of our analysis was a set of branches with smaller number of indels than expected by chance; those branches would be assumed to carry indels under purifying selection.
Thus, when only a subset s of the total species S is included in the phylogeny, the likelihood of a set of branching times becomes a function of the proportion of sampled species ρ = s/ S.
For this purpose we propose a novel approach, "PolyPhy", which would classify a set of bifurcating branches of a phylogenetic tree into a set of branches with dichotomies and polytomies by considering genome distances among genomes and tree topological properties.
