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FPGA vs. GPU: Which is better for deep learning?

IBM Big Data Hub

Underpinning most artificial intelligence (AI) deep learning is a subset of machine learning that uses multi-layered neural networks to simulate the complex decision-making power of the human brain. Deep learning requires a tremendous amount of computing power.

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Powering Up Machine Learning with GPUs | Domino

Domino Data Lab

Whether you are a machine learning enthusiast, or a ninja data scientist training models for all sorts of applications, you may have heard of the need to use graphical processing units (GPUs) , to squeeze the best performance when training and scaling your models.

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Sensor Analytics on Big Data at Micro Scale

Rocket-Powered Data Science

I am not only talking about evolutions of the CPU (central processing unit) that we have seen for years: the GPU (graphics processing unit) and the FPGA (field programmable gate array). Learn more about Machine Learning for Edge Devices at Western Digital here: [link]. Brief Guide to xPU for AI Accelerators.

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Enabling NVIDIA GPUs to accelerate model development in Cloudera Machine Learning

Cloudera

When working on complex, or rigorous enterprise machine learning projects, Data Scientists and Machine Learning Engineers experience various degrees of processing lag training models at scale. To overcome this, practitioners often turn to NVIDIA GPUs to accelerate machine learning and deep learning workloads. .

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Deep Learning with Nvidia GPUs in Cloudera Machine Learning

Cloudera

In our previous blog post in this series , we explored the benefits of using GPUs for data science workflows, and demonstrated how to set up sessions in Cloudera Machine Learning (CML) to access NVIDIA GPUs for accelerating Machine Learning Projects. pip install scikit-learn pandas.

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Cloudera Supercharges the Enterprise Data Cloud with NVIDIA

Cloudera

Cloudera announced today a new collaboration with NVIDIA that will help Cloudera customers accelerate data engineering, analytics, machine learning and deep learning performance with the power of NVIDIA GPU computing across public and private clouds. Compared to previous CPU-based architectures, CDP 7.1 with Spark 3.0

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AI and ML: No Longer the Stuff of Science Fiction

Cloudera

But with growing demands, there’s a more nuanced need for enterprise-scale machine learning solutions and better data management systems. They created a system to spread data across several servers with GPU-based processing so large datasets could be managed more effectively across the board. .

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