| M. Vingron and P. Pevzner. Multiple sequence comparison and consistency on multipartite graphs. Adv. Appl. Math., 16:1--22, 1995. |
....the maximum clique problem occurs in fault diagnosis models. A further important application area of the maximum clique problem discussed here is computer vision and pattern recognition. Other applications can be found, e.g. in [17] 270] 105] 271] 104] 313] 320] 315] 35] 267] [316], 224] 7.1 Coding Theory: Hamming and Johnson Graphs In this section we will describe how coding theory problems can be interpreted as maximum clique problems on certain graphs. In Coding Theory, one wishes to find a binary code as large as possible that can correct a certain number of errors ....
M. Vingron and P.A. Pevzner, Multiple sequence comparison and consistency on multipartite graphs. Adv. Appl. Math Vol.16: 1--22, 1995.
No context found.
M. Vingron and P. Pevzner. Multiple sequence comparison and consistency on multipartite graphs. Adv. Appl. Math., 16:1--22, 1995.
....sequence comparison (see for instance Sankoff and Kruskal [33] pp. 10 18) which Kececioglu [18] generalized to multiple sequence alignment with the notion of a trace of an alignment graph. The relationship between multiple alignment and multipartite graphs was also examined by Vingron and Pevzner [36] in the context of filtering pairwise dot plots of a set of sequences. The Generalized Maximum Trace Problem In the Maximum Trace Problem (MT) introduced originally to model the final multiple alignment phase of DNA sequence assembly, every edge in the alignment graph has a positive weight ....
M. Vingron and P. Pevzner. Multiple sequence comparison and consistency on multipartite graphs. Adv. Appl. Math., 16:1--22, 1995.
No context found.
M. Vingron and P. Pevzner. Multiple sequence comparison and consistency on multipartite graphs. Advances in Applied Mathematics, 16:1-- 22, 1995.
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