- AI Research
National Institute of Advanced Industrial Science and Technology
ABCI(AI Bridging Cloud Infrastructure)
Accelerating the societal implementation of AI with AI Bridging Cloud Infrastructure (ABCI)
Realizing world-class performance and energy saving with 4,352 GPUs
- Deep Space
- Orbit Determination
Japan Aerospace Exploration Agency
Fujitsu's Orbit Determination Technology that Supports Solar System Exploration Projects
Research Institute for Information Technology, Kyushu University
Technical Computing Suite, FEFS, UNCAI
Realization of a New Concept Supercomputer That Integrates the Fields of Data Science and HPC
- AI Research
RAIDEN (Riken AIp Deep learning ENvironment) Computing System for AI Research
Fujitsu strongly supports the RIKEN AIP Center, which aspires to be a world-leading AI research facility
We provide cutting-edge information and communication technologies that allow satellites, probes and orbiters to reliably carry out their missions as they travel through space. Our high-performance platforms are used to build the ground-based systems that receive data transmitted from space, track control operations and process observational data.
Here we develop high-performance observation control, analysis and archiving systems for some of the world’s largest telescopes. Our systems gather vast volumes of radio wave data from the distant universe with unprecedented levels of sensitivity and resolution. This allows scientists to see back in time and explore our cosmic origins.
Demand for supercomputing capabilities is rising the world over, driven primarily by the need for effective, reliable solutions to increasingly complex social, environmental and business challenges. This is also pushing high-end computational modeling and simulation capabilities beyond the R&D labs and into the commercial and manufacturing world. A game-changing generation of petascale supercomputers is delivering the horsepower to perform the most sophisticated, compute-intensive simulations.