Comparative Analysis of de Bruijn Graph Parallel Genome Assemblers

Using ground-based data, meteorological observations, and atmospheric environmental monitoring data, a comparative analysis of the microphysical and optical properties, and

As in many genome-scale methodologies data analysis and, in particular, the biological interpretation of the results constitutes a well-known bottleneck. Specific problems related

We have tried to improve this kind of policies in two ways: by applying PDML to a baseline gang scheduling policy, developping the Performance-Driven Gang Scheduling, and by a

Bearing in mind the need to coschedule distributed applications in Clusters or NOWs when they are executed jointly with local workload, two coscheduling techniques have been

Some examples are open source software suites such as EMBOSS [55, 56] for sequence analysis and BioConductor (www.bioconductor.org) for genome analysis; CCP4 program suite [57]

In particular, the possibility of combining meta- modelling with graph transformation, as well as the use of parallel graph transformations, are available for both regular and

Identification and Functional Validation of a 5′ Upstream Regulatory Sequence in the Human Tyrosinase Gene Homologous to the Locus Control Region of the Mouse Tyrosinase Gene,

These graphs are the nihilation matrix and the negative initial digraph respectively, and contain information about potential dangling edges (i.e. edges that would become dangling