from precision medicine to sostenibilidad

al Barcelona Supercomputing Center (BSC) y Lenovo has signed an agreement to collaborate with the inverting technology company millions of dollars in three years in the supercomputing institution. It is convenient and more economical that, following the lines of priority investigation in the European Commission, the idea is being investigated with the latest technology in precision medicine, the creation of superordinate innovators and their constituents.

Además, the idea is based on these new technologies of supercomputation in the era of exaggeration and adopting the architecture designed to enhance the knowledge and investigators with supercomputation platforms that are more intelligent, efficient and.

Cabe destacar that the MareNostrum 5 superorder, recently acquired and installed in the BSC, has a maximum output of 314 PFlops or, as it were, 314 million cyclones per second per second, more than 200 PB of 400bhp of active archive.

It is a supercomputer designed specifically to refine European medical research into new formulations, vaccine release, virus propagation simulations, as well as artificial intelligence applications and large volume data analysis. The machine admits traditional supercomputing applications, such as climatic investigation, engineering, material science, and Tierra science.

Precision medicine

Convenience between BSC and Lenovo aspires to accelerate and accelerate the use of precision medicine using supercomputing. By the way, a team from BSC-CNS -directed by investigator Michel Moretó- studied genomic analysis algorithms for the design of new accelerators that integrate into the HPC platforms of the future and serve the most efficiently .

These HPCs have high resource computation resources, which, together with efficient analysis of genomic and granular scale data, are key to advancing in precision medicine and generating new treatments against dermatitis as well.

“The algorithms created and optimized by the BSC-CNS team are incorporated in the hermitage GOAST released by Lenovo in 2019 to optimize and improve the genomic analysis”, indicated in a statement. Además, these are the hermeneutics of analysis extending to other disciplines such as epigenetics, metagenetics, microbiology, virology, and other areas of life and health.

Nuevos superordenadores

How to find out more about Innovaspain, the BSC design and development of chip technology in Europe, based on the conjuncture architecture of abierto instruction -RISC-V, in the European Laboratory of Architectural Computing (LOCA). Lenovo’s incorporation into this supercomputing project to facilitate the advancement is an objective priority for Europe. In the context of LOCA, the BSC received a recent announcement of the creation of a laboratory in conjunction with INTEL to launch chips with European technology.


For the most part, the ongoing investigation between BSC and Lenovo is looking to build more efficient, cost-effective and cost-effective superconductors and ‘data centers’. The group coordinated by investigator Julita Corbalán is led by the BSC-CNS. To top it all off, launch your 2016 Lenovo new software (EAR, Energy Aware Runtime) to optimize the energy efficiency of HPC boosters, and launch EAS (Energy Aware Solutions) spin-off under UPC advancing in this direction.

It is a new project of investigation and supercomputation to search the most powerful, flexible and robust systems for the energy field in these infrastructures. It’s fine-tuned, partly, “software creation for optimization and power management, for investigators incorporating new technologies downloaded by INTEL into the latest download algorithms by the Corbal team; the other, bus extender and monitor the control of the energy flow from all the infrastructure, not only from the part of the machine cycle, which favors the energy field ”, indican.

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