onnx2keras | Convert ONNX model graph to Keras model format | Machine Learning library
kandi X-RAY | onnx2keras Summary
kandi X-RAY | onnx2keras Summary
ONNX to Keras deep neural network converter.
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onnx2keras Key Features
onnx2keras Examples and Code Snippets
pyinstaller --onefile --add-data C:\path\to\onnx;onnx. --add-data C:\path\to\tensorflow;tensorflow. --add-data C:\path\to\onnx-dist;onnx-dist. script.py
Community Discussions
Trending Discussions on onnx2keras
QUESTION
Question: I have created and trained a keras model in tf 2.3.0 and I need to load this model in tf 1.12.0 in order to be used with a library that requires an older version of tf. Is there any way to either convert the models from the format of the new version of tf to an older version so I can load the model with tf 1.12.0?
What I have tried so far: A similar discussion showed how to convert models from tf 1.15 - 2.1 to tf.10, but when I tried this solution I got an error "Unknown layer: functional". Link: Loading the saved models from tf.keras in different versions
I tried to fix this by using the following line suggested by another question:
...ANSWER
Answered 2021-Nov-18 at 03:13There are breaking changes in the model config from tf-1.12.0 to tf-2.3.0 including, but not limited to, following:
- The root class Model is now Functional
- The support for Ragged tensors was added in tf-1.15
You can try to edit the model config json file once saved from tf-2.3.0 to reverse the effects of these changes as follows:
- Replace the root class definition
"class_name": "Functional"
by"class_name": "Model"
. This will reverse the effect of change #1 above. - Delete all occurrences of
"ragged": false,
(and of"ragged": true,
if present). This will reverse the effect of change #2 above.
Note the trailing comma and space along with the "ragged" fields above
You may try to find a way to make these changes programmatically in the json dictionary or at the model load time, but I find it easier to make these one-time changes to the json file itself.
QUESTION
I have a python script that takes an ONNX Neural Network and converts it to a keras (.h5) model to be trained and exported back into ONNX as a newly trained model to be deployed later. The problem is that I am required to create a python .exe file from the python script as the goal is to deploy the deep learning model in C Plus Plus. Currently, the Python script does a great job of altering the onnx program for the C Plus Plus program to deploy the trained model, and successfully creates a .exe file with Pyinstaller with the following command:
...ANSWER
Answered 2020-Jul-05 at 21:21Answering my own question,
This process had something to do with PyInstaller not working with the Anaconda environment upon creating the .exe executable. When uninstalling Anaconda and reinstalling Python 3.7.x, I was able to successfully able to do this with no external environment when copying the tensorflow, onnx, and onnx.dist folders into the same directory as my script, then writing
QUESTION
My question:
A straightforward experiment that I conducted showed that using padding='SAME'
in a conv2d layer in Keras/TF is different from using padding='VALID'
with a preceding zero-padding layer.
- How is that possible?
- Does Keras/TF pads zeros symmetrically around the tensor?
Explanation of the experiment - just if you're interested in reading further:
I used the onnx2keras
package to convert my Pytorch model into keras/TF.
When onnx2keras
encounters a convolutional layer with padding > 0
in the ONNX model, it translates it to Keras' Conv2D
with valid
padding (i.e., no padding!), preceded by Keras' ZeroPadding2D
layer. This works very well and returns outputs that are identical to those produced by the Pytorch network.
I yet thought it was strange that it didn't simply used padding='SAME'
, as most of the references say that Keras/TF use zero padding, just like Pytorch does.
Nevertheless, I patched onnx2keras
and made it produce me Conv2D
layers with padding='SAME'
rather than the existing solution of 'VALID'
padding with a preceding zero-padding layer. This made the resulting model return different outputs than the one with the zero-padding layer, and of course different from my Pytorch model, which was identical until the patch.
ANSWER
Answered 2020-Apr-02 at 13:08padding='Same'
in Keras means padding is added as required to make up for overlaps when the input size and kernel size do not perfectly fit.
Example of padding='Same':
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Install onnx2keras
You can use onnx2keras like any standard Python library. You will need to make sure that you have a development environment consisting of a Python distribution including header files, a compiler, pip, and git installed. Make sure that your pip, setuptools, and wheel are up to date. When using pip it is generally recommended to install packages in a virtual environment to avoid changes to the system.
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