Examples of using Tensorboard in English and their translations into Chinese
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TensorFlow provides a utility called TensorBoard.
TensorBoard is a visualization tool from the TensorFlow team.
Consider a visualization library like Tensorboard and Crayon.
Use TensorBoard to visualize and understand the training process.
For more details, see the Summaries and TensorBoard tutorial.
Now TensorBoard is started and running on the default port 6006.
TensorFlow also includes TensorBoard, a data visualization toolkit.
TensorBoard is potentially the most popular network visualization tool.
It can be used to draw real-time learning curves,not as cumbersome as tensorboard.
Tensorboard is an excellent tool for visualizing and exploring your model training.
Google's What-If toolis now part of its open source TensorBoard web application.
TensorBoard shows metrics during model development and allows for making a decision regarding a model.
TensorFlow has a unique diagnostic facility for its network graphs, TensorBoard.
TensorBoard is a suite of web applications for inspecting and understanding your TensorFlow runs and graphs.
The resulting policy evaluation report is exported in the training flow andcan be observed using TensorBoard.
We hope that developers use this API to extend TensorBoard and ensure that it covers a wider variety of use cases.
TensorBoard is a suite of tools for graphical representation of different aspects and stages of machine learning in TensorFlow.
We hope that developers use this API to extend TensorBoard and ensure that it covers a wider variety of use cases.
We would like to thank the Google teams that piloted the tool andprovided valuable feedback and the TensorBoard team for all their help.
Another important benefit of TensorBoard visualization is that nodes of the same types and similar structures are painted with the same colors.
In order tolog events from session which later can be used in TensorBoard, TensorFlow provides the FileWriter class.
Now we can launch TensorBoard and see how the different models we have trained compare against each other in terms of training time and performance.
Results of deep learning experiments conducted withNauta can be seen using TensorBoard, command line code, or a Nauta web user interface.
TensorBoardX- a module for logging PyTorch models to TensorBoard, allowing developers to use the visualization tool for model training.
TensorFlow is very accessible from Python, and includes the TensorBoard tool, which lends a strong advantage in debugging and inspecting networks.
TensorBoard is a nice visualization tool that is packaged with TensorFlow, but we can create basic charts using the matplotlib module.
When we open-sourced TensorFlow in 2015, it included TensorBoard, a suite of visualizations for inspecting and understanding your TensorFlow models and runs.
TensorBoard reads TensorFlow event files containing summary data(observations about a model's specific operations) being generated while TensorFlow is running.
This visualization approach makes TensorBoard a popular tool for model performance evaluation, especially for models of complex structures like deep neural networks.
Now we can launch TensorBoard and see how the different models we have trained compare against each other in terms of training time and performance.