This chapter deals with some combinatorial optimization problems arising in computational biology. We first survey the assessment of the evolutionary distance between two genomes. The problem is equivalent to packing the edges of a bi-colored graph into a maximum number of alternating cycles, which naturally leads to an exponential-size ILP model. We then turn to the study of a particular type of bipartite matching, called alignment. Alignments are used to compare either protein sequences or protein 3-dimensional structures. We describe two exponential-size models for this type of comparisons and their compact extended reformulation
AbstractIn this paper we develop a framework for designing and validating heuristic algorithms for N...
AbstractWe study two new problems in sequence alignment both from a practical and a theoretical view...
AbstractThe problem of multiple sequence alignment is recast as an optimization problem using Markov...
In the past few years a large number of molecular biology problems have been formulated as combinato...
Computational molecular biology has emerged as one of the most exciting interdisciplinary fields, ri...
The study and comparison of sequences of characters from a finite alphabet is relevant to various ar...
The consistently growing field of bioinformatics exhibits the success of cooperative work in biology...
This is a survey designed for mathematical programming people who do not know molecular biology and ...
In the last two decades, the study of gene structure and function and molecular genetics have become...
With more and more biological sequences available, sequence analyses have become very important in b...
Powerpoint presentationBioinspired computation methods, such as evolutionary algorithms and ant colo...
Protein structural alignment is an important problem in computational biology. In this paper, we pre...
International audienceProtein structural alignment is an important problem in computational biology....
s of lengths j 1 , j 2 , . . . , j r of the sequences x 1 , x 2 , . . . , x r , respectively. We de...
The problem of biological sequence comparison arises naturally in an attempt to explain many biologi...
AbstractIn this paper we develop a framework for designing and validating heuristic algorithms for N...
AbstractWe study two new problems in sequence alignment both from a practical and a theoretical view...
AbstractThe problem of multiple sequence alignment is recast as an optimization problem using Markov...
In the past few years a large number of molecular biology problems have been formulated as combinato...
Computational molecular biology has emerged as one of the most exciting interdisciplinary fields, ri...
The study and comparison of sequences of characters from a finite alphabet is relevant to various ar...
The consistently growing field of bioinformatics exhibits the success of cooperative work in biology...
This is a survey designed for mathematical programming people who do not know molecular biology and ...
In the last two decades, the study of gene structure and function and molecular genetics have become...
With more and more biological sequences available, sequence analyses have become very important in b...
Powerpoint presentationBioinspired computation methods, such as evolutionary algorithms and ant colo...
Protein structural alignment is an important problem in computational biology. In this paper, we pre...
International audienceProtein structural alignment is an important problem in computational biology....
s of lengths j 1 , j 2 , . . . , j r of the sequences x 1 , x 2 , . . . , x r , respectively. We de...
The problem of biological sequence comparison arises naturally in an attempt to explain many biologi...
AbstractIn this paper we develop a framework for designing and validating heuristic algorithms for N...
AbstractWe study two new problems in sequence alignment both from a practical and a theoretical view...
AbstractThe problem of multiple sequence alignment is recast as an optimization problem using Markov...