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https://issues.apache.org/jira/browse/SYSTEMML-1809?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel
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Fei Hu updated SYSTEMML-1809:
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Description:
For the current version, there are two bottlenecks for the distributed
MNIST_LeNet_Sdg model training:
# Data locality: for {{RemoteParForSpark}}, the tasks are
parallelized without considering data locality. It will cause a lot of data
shuffling if the volume of the input data size is large;
# Result merge: the current experiments indicate that the result merge
part took more time than model training.
After the optimization, we need to compare the performance with the distributed
Tensorflow.
was:
For the current version, there are two bottleneck for the distributed
MNIST_LeNet_Sdg model training:
# Data locality: for {{RemoteParForSpark}}, the tasks are
parallelized without considering data locality. It will cause a lot of data
shuffling if the volume of the input data size is large;
# Result merge: the current experiments indicate that the result merge
part took more time than model training.
After the optimization, we need to compare the performance with the distributed
Tensorflow.
> Optimize the performance of the distributed MNIST_LeNet_Sgd model training
> --------------------------------------------------------------------------
>
> Key: SYSTEMML-1809
> URL: https://issues.apache.org/jira/browse/SYSTEMML-1809
> Project: SystemML
> Issue Type: Task
> Affects Versions: SystemML 1.0
> Reporter: Fei Hu
> Labels: RemoteParForSpark, deeplearning
>
> For the current version, there are two bottlenecks for the distributed
> MNIST_LeNet_Sdg model training:
> # Data locality: for {{RemoteParForSpark}}, the tasks are
> parallelized without considering data locality. It will cause a lot of data
> shuffling if the volume of the input data size is large;
> # Result merge: the current experiments indicate that the result
> merge part took more time than model training.
> After the optimization, we need to compare the performance with the
> distributed Tensorflow.
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