Titlebook: Knowledge Discovery and Emergent Complexity in Bioinformatics; First International Karl Tuyls,Ronald Westra,Ann Nowé Conference proceeding

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Yvan Saeys,Yves Van de Peermore common Weibull or generalized extreme value distributions these distributions have at least two important advantages, the usage of the high threshold value assures that only the most important edge points enter the statistical analysis and the estimation is computationally more efficient since

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Susanne Toepfer,Reinhard Guthke,Dominik Driesch,Dirk Woetzel,Michael Pfaff additional properties: Lie groups, Quotient spaces, Stratified spaces etc? How can we describe the .? The structure of Quotient space in particular is widely used to model data, for example every time one deals with shape data. These can be shapes of constellations in Astronomy, shapes of human org

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Peter Vrancx,Katja Verbeeck,Ann Nowés (PGA) and Geodesic PCA (GPCA) minimize the distance to a “Geodesic subspace”. This allows to build sequences of nested subspaces which are consistent with a forward component analysis approach. However, these methods cannot be adapted to a backward analysis and they are not symmetric in the parame

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Knowledge Discovery and Emergent Complexity in Bioinformatics, College in Dublin, entitled “What Is Life? The Physical Aspect of the Living Cell and Mind”. In these lectures Schrödinger stressed the fundamental differences encountered between observing animate and inanimate matter, and advanced some at the time audacious hypotheses about the nature and molecul

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Boolean Algebraic Structures of the Genetic Code: Possibilities of Applications,ductions have physico-chemical meaning. We summarize here that these algebraic structures can help us to describe the gene evolution process. Particularly in the experimental confrontation, it was found that most of the mutations of several proteins correspond to deductions in these algebras and the

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Discovery of Gene Regulatory Networks in ,,to cope with a dramatic change of environmental conditions, such as temperature shifts. Recently, gene expression data monitoring the stress response to a temperature shift from 30 °C to 48 °C was published. In the present work, these data were analyzed by reverse engineering to discover gene regula

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Complexity Measures for Gene Assembly,oding blocks (called MDSs), shuffled and separated by non-coding sequences to form micronuclear genes. Assembling the coding blocks from micronuclear genes to form functional macronuclear genes is facilitated by an impressive in-vivo implementation of the linked list data structure of computer scien