- ASC24 finals to be held at Shanghai University from April 9 to 13, 2024
- 25 teams out of 300+ worldwide universities advance to finals
- Challenges include optimizing LLM inference, tackling tasks like OpenCAEPoro and GoMars, and high-performance benchmarks.
- Prestigious awards like Champion, Silver Prize, e Prize, and Highest LINPACK are at stake
- Focus on advancing LLMs, Mars exploration, and oil/gas exploitation techniques.
- Challenges include simulating multiphase fluid seepage, refining Mars atmosphere models, and optimizing inference engines.
- Group Competition promotes cross-team collaboration on seismic wave propagation simulation.
- Formidable teams from renowned universities participating alongside newcomers
- Market implications: The event highlights advancements in HPC and computing technologies, showcases the talent pool for potential industry recruitment, and fosters collaboration and innovation among global academic institutions.
Main AI News:
The ASC Student Supercomputer Challenge (ASC24) finals, slated for April 9 to 13, 2024, at Shanghai University, are poised to showcase the pinnacle of global talent in High-Performance Computing (HPC). Out of a vast pool of over 300 university teams worldwide, a select 25 have advanced to vie for top honors.
During the event, participants will confront a spectrum of challenges encompassing the optimization of Large Language Model (LLM) inference, tackling tasks such as OpenCAEPoro and GoMars, and competing in high-performance benchmarks like HPL and HPCG. Moreover, teams will engage in collaborative group competitions and tackle a mystery application, presenting their projects before a discerning jury to vie for coveted awards such as the Champion, Silver Prize, e Prize, and the Highest LINPACK.
ASC’s mission of empowering students to tackle cutting-edge scientific challenges using advanced computing products and technologies underscores the event. The ASC24 finals will serve as a platform to explore emerging research paradigms and confront humanity’s diverse challenges head-on. Key focal points include advancing LLMs, exploring Mars, and refining techniques for oil and gas exploitation.
The prestigious e Prize awaits victors of the OpenCAEPoro task, which involves simulating the seepage of multiphase fluids within contexts relevant to petroleum extraction. Competitors are tasked with optimizing large-scale parallel computing processes to enhance computing performance and parallel efficiency.
In the GoMars challenge, teams aim to optimize parallel communication and computational load balancing within the dynamic framework of Mars atmosphere models, striving for more precise predictions.
The LLM Inference Optimization Challenge tasks teams with refining inference engines utilizing the open-source LLM, AquilaChat2-34B, to expedite inference processes while maintaining accuracy through quantization.
Complementing these challenges is a Group Competition promoting cross-team collaboration. Students will collectively work on the ParaSeis task, simulating seismic wave propagation and refining algorithms through collaborative communication.
The finals will feature formidable teams from esteemed universities such as Peking University, Chinese University of Hong Kong, University of Science and Technology of China, and others. Joining them are new contenders, including Shanghai University and Southwest Petroleum University, promising an electrifying competition till the end.
Conclusion:
The ASC24 Finals not only signify a showcase of top-tier talent in High-Performance Computing but also mark a significant milestone in the advancement of computing technologies. With a focus on cutting-edge challenges and collaboration among global universities, this event underscores the importance of innovation and collaboration in driving future developments in the market.
