The phrase "approximation of the sequences" is correct and usable in written English.
It can be used in contexts involving mathematics, statistics, or any field where sequences are analyzed or approximated.
Example: "The approximation of the sequences allows us to predict future values with greater accuracy."
Alternatives: "estimation of the sequences" or "approximation of the series".
We obtain an approximation of the sequence space compatible with a protein by designing a collection of protein sequences both stable and specific to the structure of that protein.
A particle filter (PF) is a recursive algorithm for the approximation of the sequence of posterior probability distributions that arise from a stochastic dynamical system in state-space form (see, e.g. [3 6] and references therein for a general view of the field).
(ii) These fragments are a realistic approximation of the sequence lengths generated by modern sequencing techniques used in environmental shotgun analysis.
Platyrrhine-specific Alu sequences were obtained from the data sets used in Ray et al. [ 34] When available, the sequences from multiple taxa at a particular locus were aligned and a consensus sequence generated to create an approximation of the sequence of the original insertion.
However, in our approach, the rate expressions for lumped reactions are only an approximation to the sequence of individual reactions.
Our main focus is the sparse approximation of the arising sequence of boundary integral operators by panel clustering.
Therefore, general quasi-orthogonality appears solely as an assumption on the approximation property of the sequence (U (T ℓ ) ) ℓ ∈ N 0. This short section studies the particular case of conforming methods, which allows some interesting simplifications.
Therefore, general quasi-orthogonality appears solely as an assumption on the approximation property of the sequence (U (T ℓ ) ) ℓ ∈ N 0. In contrast to the common quasi-orthogonality (B3), the general quasi-orthogonality (A3) holds for equivalent norms although with different ε qo.
We have assumed that in the case of the B. burgdorferi genome the best approximation of such sequences is the composition of the third positions of codons of ORFs, as has been argued in the Introduction section.
It is based on the approximation of the Feynman Kac formula by a sequence of convolutions on sequentially diminishing grids.
