#distributedprocessing 搜尋結果

[Interview: UTOKYO VOICES] Software innovation pushes the limits of distributed computing Kenjiro Taura, Professor, Information & Communication Engineering, Graduate School of Information Science & Technology #DistributedProcessing #Algorithm u-tokyo.ac.jp/focus/en/featu…


5422 tests are queued 91 test tasks are being processed #ncrunch #v2 #DistributedProcessing

remcomulder's tweet image. 5422 tests are queued  91 test tasks are being processed #ncrunch #v2 #DistributedProcessing

Wow! RT @remcomulder: 5422 tests are queued 91 test tasks are being processed #ncrunch #v2 #DistributedProcessing

borlip's tweet image. Wow! RT @remcomulder: 5422 tests are queued  91 test tasks are being processed #ncrunch #v2 #DistributedProcessing

Now published in its final version: Load (CS) and movement (fCO) signals from the insect leg are distributed into and processed by the same set of antagonistic premotor nonspiking interneurons 🦿🦗 #distributedprocessing #proprioception @JNeurophysiol journals.physiology.org/doi/abs/10.115…

bueschges_lab's tweet image. Now published in its final version: Load (CS) and movement (fCO) signals from the insect leg are distributed into and processed by the same set of antagonistic premotor nonspiking interneurons 🦿🦗 #distributedprocessing #proprioception @JNeurophysiol 
journals.physiology.org/doi/abs/10.115…

Join Hadoop The most powerful big datatool. Big Data Hadoop architects are among the highest paid professionals in the IT industry. Book a free demo class now. Interesting candidates can contact on 8587922214-16 #opensource #distributedprocessing #scalability #highavailability

apexindia's tweet image. Join Hadoop
The most powerful big datatool.
Big Data Hadoop architects are among the highest paid professionals in the IT industry. Book a free demo class now. Interesting candidates can contact on 8587922214-16
#opensource #distributedprocessing #scalability #highavailability

In May, I wrote on Folding@Home, a #distributedprocessing project running #protein dynamics #simulations on #diseases like #Covid19 (foldingathome.org). Just saw a live 3D image of a protein sim I'm working on! Join in, w/ my team: #TeamScott: bit.ly/2RdJkWG! #FAH

tangledscott's tweet image. In May, I wrote on Folding@Home, a #distributedprocessing project running #protein dynamics #simulations on #diseases like #Covid19 (foldingathome.org). Just saw a live 3D image of a protein sim I'm working on! Join in, w/ my team: #TeamScott: bit.ly/2RdJkWG! #FAH

Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing

JordanJamesEtem's tweet image. Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing
JordanJamesEtem's tweet image. Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing
JordanJamesEtem's tweet image. Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing
JordanJamesEtem's tweet image. Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing

Getting Started to Build Pipelines with Apache Beam by Roland Hewage buff.ly/37Dvof4 #BigData #ApacheBeam #DistributedProcessing #Pipeline #GoProgramming

eon01's tweet image. Getting Started to Build Pipelines with Apache Beam by Roland Hewage buff.ly/37Dvof4

#BigData #ApacheBeam #DistributedProcessing #Pipeline #GoProgramming

🤖💻 What's US patent US20220147844A1 about? 🧠🔬 It's a method for distributing AI models for parallel processing. #AI #distributedprocessing #patent #patent #patents


Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing

JordanJamesEtem's tweet image. Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing
JordanJamesEtem's tweet image. Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing
JordanJamesEtem's tweet image. Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing
JordanJamesEtem's tweet image. Graph partitioning is the backbone of efficient distributed graph processing. By strategically dividing the graph into manageable segments, it optimizes parallel computing, enabling seamless scalability. #GraphPartitioning #DistributedProcessing

#ForwardGuidance deleterious. #GroupThink! #DistributedProcessing unbundles away from a few central bankers to include #MarketParticipants? Think for oneself? Less lazy?

Two years ago, when CPI was already above 5%, the Fed was forecasting rate hikes to only 1% by the end of 2023. Even when inflation was staring them right in the face they did not see it coming. Which is why you shouldn't put any weight on their forecasts today or any other day.

charliebilello's tweet image. Two years ago, when CPI was already above 5%, the Fed was forecasting rate hikes to only 1% by the end of 2023. Even when inflation was staring them right in the face they did not see it coming. Which is why you shouldn't put any weight on their forecasts today or any other day.


Powell triggers SPX spike higher: This is not an environment where the FOMC should provide lots of forward guidance. Then says this... I DON'T SEE INFLATION BACK AT 2% UNTIL ABOUT 2025. That's like calling for a stealth pause and raising the inflation goalposts same breath.



Truly believe #Fed would rather #MarketParticipants decide for themselves? #DistributedProcessing more apropos #CentralPlanning?

Fed Vice Chair nominee Phillip Jefferson says, “skipping a rate hike at a coming meeting would allow the Committee to see more data before making decisions about the extent of additional policy firming.” That seems in line with Powell's more neutral view, but at odds with several…



#ChairPowell told #MarketParticipants to make own choices? #DistributedProcessing more desirable #CentralPlanning. #ClevelandFed #StLouisFed swaying those not engaged in #ActiveListening? So be it? #BuyWindow till #IdesOfMarch?

So cute the way the market is spooked by nonvoting members of the fed. I bet most traders don’t even realize that. If you’re nonvoting shhhhhhhhhh please, grownups are trading ;)



"where we need to expand our thinking beyond centralization & cloud, & toward location & #distributedprocessing for #lowlatency & #realtime." Thomas Bittman, 2017, blogs.gartner.com/thomas_bittman…. Today we are achieving low latency and real-time processing > ioecorp.com/services-and-c….

IoECorp's tweet image. "where we need to expand our thinking beyond centralization & cloud, & toward location & #distributedprocessing for #lowlatency & #realtime." Thomas Bittman, 2017, blogs.gartner.com/thomas_bittman…. 

Today we are achieving low latency and real-time processing > ioecorp.com/services-and-c….

未找到 "#distributedprocessing" 的結果

We present DyPE, a framework for ultra high resolution image generation. DyPE adjusts positional embeddings to evolve dynamically with the spectral progression of diffusion. This lets pre-trained DiTs create images with 16M+ pixels without retraining or extra inference cost. 🧵👇

guy_yariv's tweet image. We present DyPE, a framework for ultra high resolution image generation.
DyPE adjusts positional embeddings to evolve dynamically with the spectral progression of diffusion.
This lets pre-trained DiTs create images with 16M+ pixels without retraining or extra inference cost.
🧵👇

Good morning folks. Enjoy the day. Compressed on Blue & Rendered in Yellow Can be found here: exchange.art/series/Simulat…

c_y_d_n's tweet image. Good morning folks. Enjoy the day.

Compressed on Blue
&
Rendered in Yellow

Can be found here: exchange.art/series/Simulat…

🤖 Reliable AI creation. #ImagenAI fuses DALL·E & Stable Diffusion to deliver stable, high-quality image generation for creators. 🌍 imagen.network

Imagen_Network's tweet image. 🤖 Reliable AI creation.  
#ImagenAI fuses DALL·E & Stable Diffusion to deliver stable, high-quality image generation for creators.  
🌍 imagen.network

Enough of cry posting lately, so here I wrote a image porcessing kernel using PyOpenCL to detect edges in the images with a Sobel filter > Loads and converts the image into grayscale > using gpu to calculate edge stretch horizontal and vertical at each pixel > combines edge…

Hi_Mrinal's tweet image. Enough of cry posting lately, so here I wrote a image porcessing kernel using PyOpenCL to detect edges in the images with a Sobel filter

> Loads and converts the image into grayscale 
> using gpu to calculate edge stretch horizontal and vertical at each pixel 
> combines edge…

Today, we are open-sourcing our pipeline to deduplicate large-scale image datasets. On one GPU, we can deduplicate 10k images against 1M indexed test images in ~60 seconds. But how?

lusxvr's tweet image. Today, we are open-sourcing our pipeline to deduplicate large-scale image datasets. 

On one GPU, we can deduplicate 10k images against 1M indexed test images in ~60 seconds. But how?

5422 tests are queued 91 test tasks are being processed #ncrunch #v2 #DistributedProcessing

remcomulder's tweet image. 5422 tests are queued  91 test tasks are being processed #ncrunch #v2 #DistributedProcessing

🤖 Intelligent visuals at your command. #ImagenAI fuses DALL·E & Stable Diffusion for reliable, high-quality content creation. 🌍 imagen.network

Imagen_Network's tweet image. 🤖 Intelligent visuals at your command.  
#ImagenAI fuses DALL·E & Stable Diffusion for reliable, high-quality content creation.  
🌍 imagen.network

Now published in its final version: Load (CS) and movement (fCO) signals from the insect leg are distributed into and processed by the same set of antagonistic premotor nonspiking interneurons 🦿🦗 #distributedprocessing #proprioception @JNeurophysiol journals.physiology.org/doi/abs/10.115…

bueschges_lab's tweet image. Now published in its final version: Load (CS) and movement (fCO) signals from the insect leg are distributed into and processed by the same set of antagonistic premotor nonspiking interneurons 🦿🦗 #distributedprocessing #proprioception @JNeurophysiol 
journals.physiology.org/doi/abs/10.115…

Compute meets creativity. Distribute’s image generation network just crossed 272M pixels generated, and still counting. Every pixel = on-chain proof. Every render = GPU power distributed worldwide.

distributeai's tweet image. Compute meets creativity.

Distribute’s image generation network just crossed 272M pixels generated, and still counting.

Every pixel = on-chain proof.

Every render = GPU power distributed worldwide.

Wow! RT @remcomulder: 5422 tests are queued 91 test tasks are being processed #ncrunch #v2 #DistributedProcessing

borlip's tweet image. Wow! RT @remcomulder: 5422 tests are queued  91 test tasks are being processed #ncrunch #v2 #DistributedProcessing

Why do distilled diffusion models generate similar-looking images? 🤔 Our Diffusion Target (DT) visualization reveals the secret to diversity. It is the very first time-step! And—there is a simple, training-free way to make them more diverse! Here is how: 🧵👇

rohitgandikota's tweet image. Why do distilled diffusion models generate similar-looking images? 🤔

Our Diffusion Target (DT) visualization reveals the secret to diversity.

It is the very first time-step!

And—there is a simple, training-free way to make them more diverse!

Here is how: 🧵👇

#LAM_Highlight: [Article] Hyperpixels: pixel filter arrays of multivariate optical elements for optimized spectral imaging. @UniofExeter @UniofNottingham @Cambridge_Uni Keywords: #Imaging, #Hyperspectral_Imaging_and_Nanofabrication. Link: light-am.com/article/doi/10…

LightSciAppl's tweet image. #LAM_Highlight: [Article] Hyperpixels: pixel filter arrays of multivariate optical elements for optimized spectral imaging. @UniofExeter @UniofNottingham @Cambridge_Uni 
Keywords: #Imaging, #Hyperspectral_Imaging_and_Nanofabrication. 
Link: light-am.com/article/doi/10…

In May, I wrote on Folding@Home, a #distributedprocessing project running #protein dynamics #simulations on #diseases like #Covid19 (foldingathome.org). Just saw a live 3D image of a protein sim I'm working on! Join in, w/ my team: #TeamScott: bit.ly/2RdJkWG! #FAH

tangledscott's tweet image. In May, I wrote on Folding@Home, a #distributedprocessing project running #protein dynamics #simulations on #diseases like #Covid19 (foldingathome.org). Just saw a live 3D image of a protein sim I'm working on! Join in, w/ my team: #TeamScott: bit.ly/2RdJkWG! #FAH

🤖 Precision through intelligence. #ImagenAI integrates DALL·E & Stable Diffusion for consistent, high-quality visual generation. 🌍 imagen.network

Imagen_Network's tweet image. 🤖 Precision through intelligence.  
#ImagenAI integrates DALL·E & Stable Diffusion for consistent, high-quality visual generation.  
🌍 imagen.network

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