Having a compute allocation at SDSC, I want to test them there, but the lag time for new models in the Habana environment makes day-one deployment incredibly difficult. #HPC
@tmtabor.io
@tmtabor.ioHaving a compute allocation at SDSC, I want to test them there, but the lag time for new models in the Habana environment makes day-one deployment incredibly difficult. #HPC
@asianewstoday.bsky.socialSaitech Inc. at AI Infra Summit 2026: Connecting with the Future of AI Infrastructure #AIInfrastructure #AIEcosystem #HPC #AIComputing #Innovation
@vsoch.bsky.social"I like big graphs and I cannot lie!" 😂
Are you pumped for #SC26? Me too! In the spirit of fun, here is a fresh #FluxFramework video parody brought to you by Fluxbird 🦩 and Sir Mix-A-Lot. Thank you to @hpsf.bsky.social and the #HPC community for a great year!
@advancedcomputing.bsky.socialLooking to explore how #HPC, #DataAnalysis and #AI could support your next project? Visit the #SIDE Forum on 8 December, with practical examples, funding information and direct access to supercomputing experts.
Registration is now open: supercomputing-in.de/anmeldung-fu...
@flow-computing.bsky.social#Fujitsu presented MONAKA @ #HotChips. What stood out: as #AI & #HPC evolve #CPU throughput matters. Our takeaway: flow-computing.com/news/hot-chi...
Thank you to Ryohei Okazaki, Fujitsu & #HotChips2026 Symposium for the presentation & Q&A.
@danielskatz.org
@jamespjh.bsky.social
@hanamiproject.bsky.social📅 𝐓𝐡𝐞 𝐚𝐠𝐞𝐧𝐝𝐚 𝐢𝐬 𝐨𝐮𝐭!
The full programme of the 3rd HANAMI Symposium is now online.
🗓️ 2–5 Nov 2026 | Kittilä, Finland
🌍 Climate | 🧬 Biomedical | ⚛️ Materials science
🎤 Keynotes from @riken-sciverse.bsky.social, Institute of Science Tokyo, @cea.fr and more.
@boofla.bsky.socialKenneth and the crew from EESSI used technology built for the large hadron collider to create the Netflix for scientific software. Pretty nifty. www.youtube.com/watch?v=aeCK...
#ai #hpc #scientificcomputing #opensource #supercomputer #supercomputing
@trending-hi.bsky.socialपिछले 30 मिनट के विषय 🧭:
1. RBI 🆕
2. HPC 🆕
3. महत 🆕
4. करत 🆕
5. अपर 🆕
6. टमक 🆕
7. #HPC 🆕
8. डवर 🆕
9. गलव 🆕
@informaq-es.bsky.socialUn marco estratégico para la convergencia cuántica-HPC en tres horizontes: acceso temprano impulsado por API, algoritmos híbridos cuántico-clásicos, y sistemas tolerantes a fallos con soporte clásico en tiempo real para corrección de errores.
#HPC-Cuántica #IntegraciónCuántica #Noticias
@informaq-he.bsky.socialאינטגרציה Quantum-HPC מתמודדת עם שלוש מכשלות קריטיות: מתזמרי משאבים לא מספיקים לזרימות עבודה היברידיות, אילוצי חביון בזמן אמת לתיקון שגיאות קוונטיות, ופרגמנטציה של האקוסיסטם. פערי מיומנויות וכליאת ספקים יוצרים מחסומים בהשתלמות.
@informaq-ko.bsky.social양자-HPC 통합은 세 가지 중요한 과제에 직면하고 있습니다: 하이브리드 워크플로우를 위한 부족한 리소스 스케줄러, 양자 오류 정정을 위한 실시간 레이턴시 제약, 그리고 생태계 단편화입니다. 기술 격차와 벤더 종속이 도입 장벽을 야기합니다.
@informaq.bsky.socialQuantum-HPC integration faces three critical hurdles: inadequate resource schedulers for hybrid workflows, real-time latency constraints for quantum error correction, and ecosystem fragmentation. Skills gaps and vendor lock-in create adoption barriers.
@informaq-vi.bsky.socialHiệu suất HPC cổ điển đang ngừng tăng sau 15 năm kiến trúc không thay đổi. Hyperion Research trình bày một khuôn khổ áp dụng 8 bước thiết thực để tích hợp tính toán lượng tử vào cơ sở hạ tầng HPC, từ đánh giá nội bộ đến lựa chọn nhà cung cấp.
@informaq-ja.bsky.social古典的なHPCのパフォーマンス向上は、15年間のアーキテクチャ停滞を経て頭打ちになっています。Hyperion Researchは、内部評価からベンダー選択までを含む、HPCインフラストラクチャへの量子コンピューティング統合のための実用的な8ステップの採用フレームワークを提示しています。
@informaq.bsky.socialClassical HPC performance gains are stalling after 15 years of architectural stasis. Hyperion Research outlines a practical 8-step adoption framework for integrating quantum computing into HPC infrastructure, from internal assessment through vendor selection.
@epicurehpc.bsky.social
@informaq-hi.bsky.social
@informaq-th.bsky.social