Joinmap calculates genetic distances using Haldane's mapping function which assumes no cross-over interference and therefore results in larger genetic maps than those generated using the Kosambi mapping function (Salomé et al. 2011).
Distance in the ML method is calculated with the Haldane mapping function, which assumes no cross-over interference and may overestimate distances when interference is present.
The policy is based upon bilinear map which assumes two cyclic groups G 1 and G 2 of prime order p 1 and G 1 generated by g 1 (known as generator).
First, the standard interval mapping model, which assumes a single QTL on a given Chr or LG, including both additive and dominance effects, was fitted to the data.
The standard interval mapping model which assumes presence of a single QTL per LG, with additive and dominance effects, was first fitted.
This idea also echoes the cartographic framework, which assumes a transparent mapping between syntax and semantics (Rizzi 1997; Cinque 1999; Cinque and Rizzi 2010).
We give a stronger (but at the same time more technical) version of the above result in Theorem 3.1, and in Section 4, we show how along with Theorem 4.1 it can be used to approximate a connected separating component of the set of zeros of an arbitrary map f : I n → ℝ, which assumes opposite signs on some two opposite (n - 1 -faces of I n.
Algorithms for constructing physical maps from hybridization data typically exploit the Lander-Waterman model [ 26], which assumes that clones are distributed uniformly across the chromosome and that probes are distributed according to independent Poisson processes.
Because such response patterns were anticipated in the present study, the estimation of θ was performed using a Bayesian method, called Maximum a Posteriori (MAP [ 19]), which assumed θ to follow a standard normal distribution.
Let S : C → C be a continuous quasi-nonexpansive mapping which is assumed to be demiclosed at zero.
