deep-learning-with-python | Deep Learning with Python - Francis Chollet | Machine Learning library
kandi X-RAY | deep-learning-with-python Summary
kandi X-RAY | deep-learning-with-python Summary
Examples and Exercises from Deep Learning with Python - Francis Chollet
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Top functions reviewed by kandi - BETA
- Generates a random pattern
- Decomprocessing image
- Plots smoothed learning curves
- Smooth a list of points
- Train model
- Compute the loss and loss for each epoch
- Smooth a curve
- Evaluate the mean absolute error
- Plots the temperature of the dataset
- Vectorise a sequence of sequences
- Evaluate a model
- Create a recurrent dropout model
- Construct a basic GRU
- Create a model
- Build model
- Create a bidirectional GRU model
- Construct a basic ML model
- Create a 1D convolutional Convnet model
- Prints out the summary
- Extract features from given directory
- Plot training and validation curves
- Builds a recurrent model
- Generate samples and targets
deep-learning-with-python Key Features
deep-learning-with-python Examples and Code Snippets
Community Discussions
Trending Discussions on deep-learning-with-python
QUESTION
I am studying Deep Learning with Python
Book by François Chollet book chapter 10.2.5 I use tensorflow 2.4.1
.
Here is the code for weather forcast by LSTM :
...ANSWER
Answered 2022-Feb-02 at 09:57I solve the problem by downgrading numpy from 1.21 to 1.19
QUESTION
Inspired by François Chollet's book "Deep Learning with Python" (1rst edition) I'm trying to generate a picture that maximizes a prediction of a VGG16 model.
The original procedure for intermediate layers is described here (from cell 12 on):
Essentially, this involves a gradient descent for the input image:
...ANSWER
Answered 2022-Jan-03 at 08:18Finally I found a workaround for this by writing an own random search function that minimizes the prediction difference to a given prediction:
QUESTION
I am following Deep Learning with Python section 7.1.2 Multi-input models. Here on code of Listing 7.1, I am facing following errors:
...ANSWER
Answered 2021-Dec-26 at 06:46For TF, a common method is to use model.summary()
to check for the output shape at each layer of the network. Running your code returns
QUESTION
In Python you can use a pretrained model as a layer as shown below (source here)
...ANSWER
Answered 2021-May-06 at 09:21Solved using this API modification in Sequential.cs:
QUESTION
I want to do the same as F. Chollet's notebook but in C#.
However, I can't find a way to iterate over my KerasIterator object:
...ANSWER
Answered 2021-Apr-13 at 13:15As of April 19. 2020 it is not possible with the .NET Wrapper as documented in this issue on the GitHub page for Keras.NET
QUESTION
I'm trying to "convert" the Keras notebooks made by F. Chollet to C# / .NET applications. You can find them here. I am specifically working on "3.5 - Movie Reviews" as of right now.
The problem is, I can't convert my NDarrays to C# arrays to use the values. I tried this method (in README - section Performance Considerations), but I get random values or Python Runtime errors.
...ANSWER
Answered 2021-Apr-13 at 12:47Solved the issue parsing manually the attribute '.str' of 'line0' into an array of ints.
QUESTION
I am following F.Chollet book "Deep learning with python" and can't get one example working. In particular, I am running an example from chapter "Training a convnet from scratch on a small dataset". My training dataset has 2000 sample and I am trying to extend it with augmentation using ImageDataGenerator. Despite that my code is exactly the same, I am getting error:
...Your input ran out of data; interrupting training. Make sure that your dataset or generator can generate at least
steps_per_epoch * epochs
batches (in this case, 10000 batches).
ANSWER
Answered 2021-Jan-24 at 13:35It seems the batch_size
should be 20 not 32.
Since you have steps_per_epoch = 100
, it will execute next()
on train generator 100 times before going to next epoch.
Now, in train_generator
the batch_size
is 32
, so it can generate 2000/32
number of batches, given that you have 2000
number of training samples. And that is approximate 62
.
So on 63th
time executing next()
on train_generator
will give nothing and it will tell Your input ran out of data;
Ideally,
QUESTION
Trying to run the temperature forecasting problem from Deep Learning in R. When I get to the section "A basic machine learning approach," running the fit_generator function below causes R to hang indefinitely.
...ANSWER
Answered 2020-Oct-10 at 18:55That's a known issue, please refer to https://github.com/rstudio/keras/issues/1090
One of the solutions that sometimes works is to wrap original generator from R with keras:::as_generator.function
function:
QUESTION
I have had problems here, here and there installing TensorFlow 2 over the last year or so. So I am trying Miniconda.
I have an AMD Radeon hd 6670 and an AMD Radeon hd 6450.
I just downloaded Miniconda and made an environment and did a pip install --upgrade tensorflow
in a Miniconda prompt on Windows 8.1 and got TensorFlow 2.2.
When I try to import tensorflow I get the stack trace below.
I did download Visual Studio to get the latest redistributebles (I think).
seems like this occurs near this line: from tensorflow.python.pywrap_tensorflow_internal import *
Edit 1: I used this yaml file for python 3.6 (the other was 3.7), but it produced the same error.
Edit 2: I upgraded to Conda 4.8.3 and Python 3.7 (in the yaml file) and got the same error. This is the line in pywrap internal that shows the problem:
...ANSWER
Answered 2020-Jul-26 at 16:09I ran into a comparable problem (this is the furthest i got) reproducibly on two machines. Some of the discussed issues seems to be known for example here: 1 2 3 4. Not only to reproduce 2, it makes sense to also start using virtual environments in order to test multiple tf versions. This can be achieved like this: (link for virtualenv on windows)
QUESTION
I'm trying to implement this distill article on feature visualization for VGGFace model. I was able to find a tutorial but it didn't go in detail about optimization and regularization, which the distill article emphasized are crucial in feature visualization. So my question is how to (1) optimize and (2) regularize (using a learned prior like distill article)? My code here used very simple techniques and achieved results that are far from those generated by OpenAI Microscope on VGG16. Can someone help me please?
...ANSWER
Answered 2020-Jun-12 at 02:37So upon closer look at the distill article, in footnote[9]
Images were optimized for 2560 steps in a color-decorrelated fourier-transformed space, using Adam at a learning rate of 0.05. We used each of following transformations in the given order at each step of the optimization: • Padding the input by 16 pixels to avoid edge artifacts • Jittering by up to 16 pixels • Scaling by a factor randomly selected from this list: 1, 0.975, 1.025, 0.95, 1.05 • Rotating by an angle randomly selected from this list; in degrees: -5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5 • Jittering a second time by up to 8 pixels • Cropping the padding
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