#ParallelComputing #ComputerArchitecture #Semiconductors #AIInfrastructure #HighPerformanceComputing #CPU #DeepTech #SystemsEngineering #Innovation
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#parallelcomputing
Latest posts tagged with #parallelcomputing on Bluesky
Posts tagged #parallelcomputing
As system performance becomes increasingly important, improving parallel execution within the #CPU is key to unlocking overall system throughput.
Learn more: flow-computing.com
#Semiconductors #AI #ParallelComputing #DeepTech #FlowComputing #FlowPPU #HPC #AIInfrastructure #ChipDesign
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🎧 Listen to the full episode below:
flow-computing.com/parallel-per...
#Semiconductors #AI #ParallelComputing #DeepTech #FlowComputing #FlowPPU #ComputeArchitecture #CPU #HPC #ChipDesign #Podcast #Torino #ItalianTech
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It’s exciting to see the ecosystem around efficient AI infrastructure continue to evolve. Learn more about our approach to parallel computing: flow-computing.com/solutions/
#EdgeAI #AI #ParallelComputing #Semiconductors #DeepTech #FlowComputing #FlowPPU #CPU #HPC
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🚨 Deadline Extended – Euro-Par 2026 🚨
New deadlines for submissions:
📝 Abstract: 6 March 2026 (AoE)
📄 Paper: 13 March 2026 (AoE, firm)
📍 Pisa, 24–28 Aug 2026
Submit your latest work in parallel & distributed computing!
More info at: 2026.euro-par.org
#EuroPar2026 #HPC #ParallelComputing
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🎉 We are delighted to confirm two keynote speakers for Euro-Par 2026:
• Luca Benini
• Michela Taufer
📌 Submission deadlines (AoE):
- Abstract: 27 February 2026
- Paper: 6 March 2026
More info: 2026.euro-par.org
#EuroPar2026 #HPC #ParallelComputing #DistributedSystems
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You can’t trust everyone.
You can trust the architecture.
Flow PPU → scalable parallel performance
The science behind it → flow-computing.com/SCIENCE/
#ComputerArchitecture #ParallelComputing #FlowPPU #DeepTech #CPU #HPC #Semiconductor
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Gu et al. advocate for software-hardware synergy in large-scale transportation governance concretized through a model tensorization and parallel computing co-empowered framework.
doi.org/10.1016/j.xi...
#tensorization #parallelcomputing #SmartTransportation
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Euro-Par, the leading European conference on parallel and distributed computing, will take place in Pisa, Italy, from 24 to 28 August 2026.
Conference website: 2026.euro-par.org
Call for Papers and tracks: lnkd.in/dcdjczH7
#EuroPar2026 #EuroPar #CallForPapers #HPC #ParallelComputing
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Frances Elizabeth Allen: The Woman Who Made Code Run Fast - And Was Forgotten Because It Worked
voxmeditantis.com/2025/12/13/f...
#WomenInSTEM #STEM #CompilerOptimisation #ProgramAnalysis #ParallelComputing
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The GPU Revolution: From Pixels to Predictions
Inside NVIDIA's Architecture: What Makes Their AI Hardware Tick? #aichips #AIhardware #artificialintelligence #DeepLearning #GPU #MachineLearning #NVIDIA #ParallelComputing
aitrendio.com/ai-hardware-...
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Squire: A General-Purpose Accelerator to Exploit Fine-Grain Parallelism
on Dependency-Bound Kernels
Adrià Armejach, Jesús Alastruey-Benedé et al.
Paper
Details
#ParallelComputing #GPUAcceleration #KernelOptimization
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Explore how GPU-driven stroke expansion and Euler spirals redefine vector graphics rendering with speed, precision, and scalability. #parallelcomputing
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GPU compute shaders achieve 14× faster stroke rendering than CPUs, with optimized arc handling and cross-device scalability. #parallelcomputing
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Efficient GPU algorithm converts Bézier paths into renderable geometry, enabling real-time, cross-platform vector graphics rendering. #parallelcomputing
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Efficiently convert cubic Bézier curves to Euler spirals for smoother GPU rendering and accurate parallel curve computations. #parallelcomputing
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Today I introduced a much-needed feature to #GPUSPH.
Our code supports multi-GPU and even multi-node, so in general if you have a large simulation you'll want to distribute it over all your GPUs using our internal support for it.
However, in some cases, you need to run a battery of simulations […]
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A simple, efficient error metric for approximating curves with arc segments—delivering smoother renders and fewer subdivisions. #parallelcomputing
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Discover how Euler spirals simplify curve flattening, offsetting, and rendering—offering smoother, more accurate geometry than Bézier curves. #parallelcomputing
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Efficiently flatten curves with Bézier and Euler spiral approximations using invertible error metrics for precision in geometric modeling. #parallelcomputing
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Efficient, parallel GPU algorithm for accurate vector stroke rendering using Euler spirals and error-bounded curve approximation. #parallelcomputing
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Join us at SC25!
Talk to us about OpenMP API version 6.0, OpenMP with Python, and more! We have a full line-up of activities planned.
Learn more about what we have planned: www.openmp.org/events/sc25/
#HPC #SC25 #OpenMP #parallelcomputing #pyomp #gpu
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Graphic announcing Flow Computing’s participation at Slush 2025. The image features a black-and-white portrait of Timo Valtonen, CEO & Co-Founder of Flow Computing, alongside the Slush logo. Text reads: “Timo Valtonen will pitch at the VTT LaunchPad stand (Booth 7B5), introducing Flow’s Parallel Processing Unit (PPU). The PPU integrates directly into CPUs as a turbocharger for scalable high-throughput performance.” Additional text: “Nov 19-20, 2025, flow-computing.com/slush-2025.”
In Nov, our CEO & Co-Founder's pitching @ VTTLaunchPad's stand, 7B5, @ #Slush. We're from @vtt.fi, building on our #parallelcomputing research. We're scaling that foundation into a commercial solution: the #PPU, a parallel co-processor that integrates into #CPUs delivering significant performance.
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Our Head of Compiler & Software Engineering, Gábor Márton, Ph.D., will also be attending. If you’re at the event, don’t hesitate to say hello (or Szia!).👋🇭🇺Visit our Events page to see where we’ll be next: flow-computing.com/events/ #FlowComputing #PPU #C++ #ParallelComputing #CPU #Semiconductor
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Black-and-white promotional graphic introducing Richárd Szalay, Ph.D., Senior Compiler Engineer at Flow Computing. On the right is a portrait of Richárd looking slightly upward. On the left, bold white text on a black box reads “Meet Richárd.” Below, smaller text lists his name and title. To the right, event details say “C++ Meetup, Budapest. Presenting: The Strangely Familiar Practice of Programming in a Parallel-First World.” At the bottom, text reads “Ericsson House, Budapest | October 8, 2025.”
Our Senior Compiler Engineer, Richárd Szalay, PhD, will speak at the Hungarian C++ Meetup on 8.10 at #EricssonHouse, Budapest. His talk looks at why scaling by “just adding more cores” has reached its limits + how our #PPU opens the door to a truly parallel-first era of computing. #ParallelComputing
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Comprehensive Lecture Notes Introduce Parallel Computing Foundations
Lecture notes on parallel computing fundamentals, covering OpenMP, MPI, pthread, were revised in Oct 2025 and include a C‑style guide with a DOI 10.48550/arXiv.2407.18795. Read more: getnews.me/comprehensive-lecture-no... #parallelcomputing #openmp
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Parallel Approaches Boost One‑Sided Crossing Minimization Speed
Parallel OSCM algorithms on a 16‑core workstation (32 threads) achieved a near‑19‑fold speedup, nearing linear scaling despite synchronization overhead. Read more: getnews.me/parallel-approaches-boos... #graphdrawing #parallelcomputing
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Deep Learning Detects Parallelizable Code Loops
Researchers trained a DNN and a CNN on synthetic code loops, running 30 independent trials each; the CNN showed a modest edge in average accuracy. The work was submitted on September 5 2025. getnews.me/deep-learning-detects-pa... #deeplearning #parallelcomputing
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Graph Local Complementation Proven Inherently Sequential
Researchers show local graph equivalence can be decided in O(log² n) time with polynomial processors (NC), but the Local Complementation Problem is P‑complete, likely staying sequential. getnews.me/graph-local-complementat... #graphtheory #parallelcomputing
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This is the Parallel Processing Unit (PPU).
And it changes how we think about general-purpose computation.
Just published the explainer.
👇
flow-computing.com/news/what-is...
#ParallelComputing #FlowComputing #CPU #PPU #HPC #Semiconductors
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