Mess 2.0 Released
Major release of the Mess benchmark framework with 84x faster execution, complete C++ rewrite, and zero-configuration setup.
Latest Updates
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Major release of the Mess benchmark framework with 84x faster execution, complete C++ rewrite, and zero-configuration setup.
We held a tutorial on the Mess framework at the MICRO 2025 conference.
FAiNDER received the HiPEAC Technology Transfer Award 2024, recognizing it as an innovative project bridging academia and industry.
Introducing FAiNDER, an open-source platform to help researchers find the best hardware for their AI applications.
Our paper 'A Mess of Memory System Benchmarking, Simulation and Application Profiling' received Best Paper Runner-Up at MICRO'24.
John McCalpin (TACC) presented 'Memory Bandwidth and System Balance in HPC Systems - 2024 update' at the BSC Seminar.
Our study on Active Compute Memory was selected as the featured article in the May 2024 edition of IEEE Transactions on Computers.
BSC hosted the second edition of the European Memory Systems Forum, uniting global experts to address memory challenges.
Received the award for the most controversial, truth-telling panel discussion at MEMSYS 2024.
BSC provides a forum for advancing memory systems solutions, organized in the framework of the DEEP-SEA project.
BSC project with Micron selected for the sixth edition of the 2020 HiPEAC Tech Transfer Awards.
Mentions in press and external publications
Via Empresa interviews Petar Radojković about the impact of AI on the RAM market and memory systems.
Micron highlights FAiNDER in their SC24 blog post as a key tool for navigating the AI landscape.