## How can solve Error with CNN Model Keras?

I have this model with Keras:

model.add(Conv1D(4,kernel_size=3, activation='relu', input_shape=(tablon_vectores_train.shape[1], tablon_vectores_train.shape[2]) #,padding='same' ) ) model.add(MaxPooling1D(pool_size=4)) model.add(Conv1D(6,kernel_size=2, activation='relu')) model.add(MaxPooling1D(pool_size=2)) model.add(Dropout(0.25)) model.add(Flatten()) model.add(Dense(15, activation='relu')) model.add(Dense(1) ) model.compile(loss='mean_squared_error', optimizer='adam',metrics=['mse']) model = model.fit( X , Y , epochs=50, batch_size=10 , validation_split= 0.25 , verbose=1, shuffle=True)

When I do the predict code:

`predict = model.predict(X_test)`

I have this error:

AttributeError: 'History' object has no attribute 'predict'.

What can I do?

In your case your model is overwritten by training history. Use some other variable name to keep training history.

history = model.fit(...)

Now you can use your model to predict.

**Convolutional Neural Network in Keras,** This makes CNNs the best choice for solving problems related to image In this guide, you will learn how to build CNNs using the keras library. scores = model .evaluate(X_test, y_test, verbose=0) print("CNN Error:� Identify the Image Recognition problems which can be solved using CNN Models. Create CNN models in Python using Keras and Tensorflow libraries and analyze their results. Confidently practice, discuss and understand Deep Learning concepts; Have a clear understanding of Advanced Image Recognition models such as LeNet, GoogleNet, VGG16 etc.

`model.fit(..)`

returns a History object that contains the learning history of your model.

`model = model.fit(..)`

overrides your convolutioan network with the History object.

You can remove the assignment alltogether and just use `model.fit()`

. In case you would like to visualize the learning history, you can acces the values by typying `history = model.fit(..)`

. After training you can visualize the results with this object. You can get the values saved by typing `history.history`

.

To get predictions try `preds = model.predict(..)`

**Keras and Convolutional Neural Networks (CNNs),** I'll be showing you how to train your CNN in today's post using Keras and how you can take your trained Keras model and deploy it to a smartphone How to solve that error? i need to use the data set with size 224 x 224. The attached model version (channels_first [1, 1, 64, 64, 64], keras2onnx 1.3.2, onnx 1.3.0, opset_version 7) runs without errors using the onnxruntime 0.3.0 python package. models.zip. Minimal reproduction of the problem with instructions. Run attached ONNX model in WinMLRunner, or convert attached Keras model (.h5) to an .onnx model first

I guess you are overwriting the model.

Try this

history = model.fit(...)

Then

predict = model.predict()

**Object Classification with CNNs using the Keras Deep Learning ,** Discover how to develop deep learning models for a range of predictive problem is best solved using a Convolutional Neural Network (CNN). Part 5 (Section 13-14) - Creating CNN model in Python In this part you will learn how to create CNN models in Python. We will take the same problem of recognizing fashion objects and apply CNN model to it. We will compare the performance of our CNN model with our ANN model and notice that the accuracy increases by 9-10% when we use CNN.

**Regression Tutorial with the Keras Deep Learning Library in Python,** How to create a neural network model with Keras for a regression problem. Note: The mean squared error is negative because scikit-learn Ok, I think I have managed to solve the issues. Cant we use CNN instead of Dense layers? in case we want to use CNN, should we use conv2d or simply conv? Sudoku solved by CNN. However I need to check my model on more authentic games picked form the web, since those games can be different from randomly generated ones. It takes a lot of time to manually copy the sudoku in string format, so I have left that part for the future. Following is the GitHub link to this project with the saved model. I

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**mingruimingrui/Convolution-neural-networks-made-easy-with-keras,** Basically that is what a CNN would do, by doing detective work on the abstract An error of 0 would mean that the model is spot on, 1 and -1 would mean that� Thus we get a vector of length 4. Using this vector we can also re-arrange the puzzle pieces and visualize them. After training, I ran the model on 2K unseen puzzles, and the model was able to solve the 80% puzzle correctly. Which is quite fair. Here are the few samples solved by the network.