Ted Hirokawa
February 21, 2025 10:20
The University of Tokyo uses NVIDIA’s Grace Hopper Superchip to improve the energy efficiency of earthquake research to achieve significant improvement of calculation.
The University of Tokyo began a breakthrough initiative to improve the energy efficiency of earthquake research by utilizing NVIDIA’s innovative Grace Hopper Superchip. This partnership is part of a wide range of efforts to improve the precision and efficiency of the earthquake simulation, especially in the earthquake -active areas such as Japan.
NVIDIA’s advanced technology
NVIDIA has been at the forefront of computing since the introduction of the GPU in 1999, and the current technology is leading the charging of energy efficient supercomputing. The NVIDIA Grace Hopper Superchip, characterized by a strictly integrated CPU-GPU architecture, allows the Tokyo University Earthquake Research Institute to achieve significant development of earthquake simulations. According to NVIDIA, this technology increases the energy efficiency of 86 times the simulation performance and the energy efficiency of the traditional methods by 32 times.
Earthquake Safety Revolution
The study of the University of Tokyo emphasizes the potential of heterogeneous computing to change earthquake safety. By utilizing the function of the Grace Hopper, researchers can perform more complex and accurate modeling of the earthquake resistance infrastructure. This innovation is important to predict and alleviate the effects of earthquakes, contributing to a safer urban environment.
The meaning of perception and the future
The breakthroughs achieved using the Grace Hopper SUPERCHIP have been announced at the WACCPD 2024 conference, and NVIDIA’s hardware-software synergy shows how to solve a massive calculation problem. In addition to earthquake studies, this approach promises to reconstruct energy efficiency in various high -performance computing applications.
As part of a continuous effort to integrate state-of-the-art technologies, KOHEI Fujita, associate professor of the Tokyo University Earthquake Research Institute, will discuss this development in NVIDIA GTC 2025.This session is data-driven in accelerated PDE-CPU-GPU systems. Using the method, the infrastructure history simulation is the transformation of technology. Emphasize.
Cooperation between NVIDIA and Tokyo University emphasizes an important role in technology in solving global tasks. By setting a new standard for calculation performance and energy efficiency, this partnership opens up the way for the future where scientific progress matches the sustainability goal.
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