Скачать или смотреть Supercomputing Spotlights: Road to "AI for Science"

Explore the evolution of couplers—a key tool in multi-physics simulations—and their growing role in the age of AI and heterogeneous supercomputing. In this insightful talk, Kengo Nakajima of the University of Tokyo & RIKEN R-CCS, traces the history of coupler technologies and connects it to the broader challenge of software sustainability in advanced computing environments.

What you’ll learn:
The original role of couplers in linking models like atmosphere-ocean or fluid-structure
How workloads and hardware evolution have transformed coupler usage
Highlights from three major projects:
1. ppOpen-HPC (2011–2018) – MPI-based multi-physics coupler
2. h3-Open-BDEC (2019–2024) – Integrating Simulation, Data, and Learning (S+D+L) on Wisteria/BDEC-01
3. JHPC-quantum (2023–2028) – Toward Quantum-HPC hybrid computing

This talk offers a unique perspective on the intersection of simulation, AI, and quantum computing—and how couplers are bridging them.

📌 Subscribe for more deep dives into cutting-edge HPC and AI research!

#AIforScience #Supercomputing #SoftwareSustainability #Couplers #QuantumComputing #HPC #KengoNakajima #Wisteria #BDEC01 #UniversityOfTokyo #RIKEN #Simulation #DataScience #MachineLearning #OpenHPC