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Description

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We’re excited to announce the supply of the cloudml package deal, which offers an R interface to Google Cloud Machine Studying Engine. CloudML offers a lot of providers together with on-demand entry to coaching on GPUs and hyperparameter tuning to optimize key attributes of mannequin architectures.

Overview

We’re excited to announce the supply of the cloudml package deal, which offers an R interface to Google Cloud Machine Studying Engine. CloudML offers a lot of providers together with:

  • Scalable coaching of fashions constructed with the keras, tfestimators, and tensorflow R packages.

  • On-demand entry to coaching on GPUs, together with the brand new Tesla P100 GPUs from NVIDIA®.

  • Hyperparameter tuning to optmize key attributes of mannequin architectures in an effort to maximize predictive accuracy.

  • Deployment of skilled fashions to the Google international prediction platform that may help hundreds of customers and TBs of information.

Coaching with CloudML

When you’ve configured your system to publish to CloudML, coaching a mannequin is as simple as calling the cloudml_train() perform:

library(cloudml)
cloudml_train("practice.R")

CloudML offers quite a lot of GPU configurations, which may be simply chosen when calling cloudml_train(). For instance, the next would practice the identical mannequin as above however with a Tesla K80 GPU:

cloudml_train("practice.R", master_type = "standard_gpu")

To coach utilizing a Tesla P100 GPU you’d specify "standard_p100":

cloudml_train("practice.R", master_type = "standard_p100")

When coaching completes the job is collected and a coaching run report is displayed:

Studying Extra

Take a look at the cloudml package deal documentation to get began with coaching and deploying fashions on CloudML.

It’s also possible to discover out extra concerning the varied capabilities of CloudML in these articles:

  • Coaching with CloudML goes into further depth on managing coaching jobs and their output.

  • Hyperparameter Tuning explores how one can enhance the efficiency of your fashions by working many trials with distinct hyperparameters (e.g. quantity and measurement of layers) to find out their optimum values.

  • Google Cloud Storage offers info on copying information between your native machine and Google Storage and in addition describes use information inside Google Storage throughout coaching.

  • Deploying Fashions describes deploy skilled fashions and generate predictions from them.

Reuse

Textual content and figures are licensed beneath Inventive Commons Attribution CC BY 4.0. The figures which have been reused from different sources do not fall beneath this license and may be acknowledged by a word of their caption: “Determine from …”.

Quotation

For attribution, please cite this work as

Allaire (2018, Jan. 10). RStudio AI Weblog: R Interface to Google CloudML. Retrieved from https://blogs.rstudio.com/tensorflow/posts/2018-01-10-r-interface-to-cloudml/

BibTeX quotation

@misc{allaire2018r,
  creator = {Allaire, J.J.},
  title = {RStudio AI Weblog: R Interface to Google CloudML},
  url = {https://blogs.rstudio.com/tensorflow/posts/2018-01-10-r-interface-to-cloudml/},
  yr = {2018}
}

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