High performance tech computing

Today simulations take on a wide range of functions in the research and development process as well as in industrial applications. Modeling processes and simulation methods with high-performance computers are developing alongside theory formation and experimentation to become the decisive factor for internationally competitive research in science and industry. For economy, technology and the preservation of our livelihoods, the use of high-performance computing (HPC) and its technical concepts is therefore structurally crucial. The increase in efficiency, quality and reliability of the simulations that can be achieved with high-performance computers and the reduction in energy consumption do not only depend on the underlying hardware. Rather, it also depends onto achieve more performance from the existing and constantly evolving hardware with the help of intelligent software. Optimizing the software enables higher precision, visualization quality and speed. Such simulations thus provide those used by science and business, for example. For example, models required in the areas of climate protection, energy, health and product development are becoming ever faster and more realistic.  tc bolts

The Federal Ministry of Education and Research (BMBF) has therefore set up a “fast lane for SMEs” with the funding measure “KMU-innovativ: ICT”. The BMBF is thus making research funding generally simpler, making it more attractive especially for those SMEs that are applying for research funding for the first time. To this end, the application and approval process has been simplified and accelerated, and advisory services for SMEs have been expanded. With this program, SMEs have the opportunity to determine the topics and content of the funded projects themselves. With the help of this funding measure, they should establish themselves in the ICT market and become more competitive. This supports all SMEs that are active in the field of ICT or want to expand and strengthen their business area through the use of ICT.  techsmartinfo

The algorithm design, the programming implementation and the entire software infrastructure have to keep pace with the growing demands of modeling and with the performance of the computer platforms. These were and are significantly shaped by multicore architectures and accelerator technologies. These results in the challenge for the software that the currently prevailing sequential or parallel programming methods have to be expanded to a combination of parallel and distributed programming techniques. The developers of algorithms and models for simulation software and operating systems, runtime environments and data management systems are thus faced with completely new tasks. In order to use these systems efficiently,  hollyhealthfitness

Only the use of the most modern algorithms and both mathematical and programming methods of scientific computing - along with the effective operational implementation on modern high and high performance computers - will enable the efficient solution of the complex tasks. For this new complexity class, the interdisciplinary cooperation of experts from the relevant application area, mathematics and computer science, is essential.  techgeeksblogger

the Federal Ministry of Edification and Research (BMBF) distributed the program “High-performance computing for the alphanumeric age - research and investments in high-performance calculating” . The program pronounces the strategic framework for future high and high performance multiplying in Germany.

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