Motivation: The precise quantification of intracellular metabolic flow rates is of fundamental
importance in bio (techno) logy and medical research. The gold standard in the field is …

Metabolic flux analysis (MFA) with 13 C labeling data is a high-precision technique to
quantify intracellular reaction rates (fluxes). One of the major challenges of 13 C MFA is the …

The MapReduce architectural pattern popularized by Google has successfully been utilized
in several scientific applications. Up until now, MapReduce is rarely employed in the field of …

Core point detection is very important in fingerprint classification and matching process.
Usually fingerprint images have noisy background and the local orientation field also …

Metabolic fluxes (ie in vivo reaction rates) represent the properties of cellular regulation and
are most suitable for characterizing specific phenotypes of microorganisms. As intracellular …

Scientific applications in the area of Systems Biology become more and more demanding in
terms of workflow organization and required computational resources. Metabolic flux …

While workflow management systems have been utilized in enterprises to support
businesses for almost two decades, the use of workflows in scientific environments was fairly …

Abstract Amazonss Hadoop MapReduce service is aa viable solution for Cloud. enabled
scientific applications. In pre. vious work we showed that writing scalable simulation …

Metabolic engineering is a highly interdisciplinary research domain that interfaces biology,
mathematics, computer science, and engineering. Metabolic flux analysis with carbon tracer …

Software landscapes are rather subject to change than being complete after having been
built. Changes may be caused by a modified customer behavior, the shift to new hardware …