The length restricted local alignment problem considered in this paper tries to eliminate problems associated with local alignment, and it has an e cient.
Oct 22, 2024 · The local sequence alignment problem is the detection of similar subsequences in two given sequences of lengths n ≥m.
Mar 14, 2002 · The local sequence alignment problem is the detection of similar subsequences in two given sequences of lengths n ≥m.
People also ask
Which algorithm is used for local sequence alignment?
What is the Smith-Waterman algorithm used for?
Which algorithm is used if you want an alignment that covers the whole length of both sequences?
What is the best alignment algorithm?
We introduce the length restricted local alignment problem which includes as aconstraint an upper limit T on the length of one of the subsequences to bealigned.
Efficient algorithms for locating the length-constrained heaviest segments with applications to biomolecular sequence analysis · Faster Sequence Alignment using ...
We propose an efficient approximation algorithm using which we can find a solution satisfying the length bound, and whose score is within difference Δ of the ...
Abstract: The local sequence alignment problem is the detection of similar subsequences in two given sequences of lengths n ≥ m.
Approximation Algorithms For Local Alignment With Length Constraints. Work. HTML. Year: 2002. Type: article. Source: International Journal of Foundations of ...
We propose an efficient approximation algorithm using which we can find a solution satisfying the length ... the best possible score for a local alignment with ...
Apr 29, 2015 · The local sequence alignment problem is the detection of similar subsequences in two given sequences of lengths n m.