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Chapter 12TFX uses the open source Apache Beam to implement data-parallel pipelines.Optionally TFX allows Apache Airflow and Kubeflow for easy configuration,operation, monitoring, and maintenance of the ML pipeline. Once the model isdeveloped and trained, using TFX you can deploy it to one or more deploymenttarget(s) where it will receive inference requests. TFX supports deployment tothree classes of deployment targets: TensorFlow Serving (works with REST orgRPC interface), TensorFlow.js (for browser applications), and TensorFlow Lite(for native mobile and IoT applications). Trained models that have been exported asSavedModels can be deployed to any or all of these deployment targets.TensorFlow EnterpriseTensorFlow Enterprise is the latest offering from Google that provides enterprisegradesupport, cloud-scale performance, and managed services. TensorFlowEnterprise has been launched as a beta version. Its aim is to accelerate softwaredevelopment and ensure the reliability of launched AI applications. It is fullyintegrated with Google Cloud and its services, and introduces some improvementsin the way TensorFlow Datasets reads data from Cloud Storage. TensorFlowEnterprise also introduces the BigQuery reader, which, as the name implies, allowsthe user to read data directly from BigQuery.In ML tasks, speed is critical, and one of the major bottlenecks is the speed at whichdata is accessed for the training process. TensorFlow Enterprise provides optimizedperformance and easy access to data sources, making it extremely efficient on GCP.SummaryIn this chapter we explored different cloud service providers who could providethe computing power necessary to train, evaluate, and deploy your deep learningmodels. We started by first understanding the types of cloud computing servicesavailable today. The chapter explored the Amazon, Google, and Microsoft IaaSservices for creating a virtual machine. The different infrastructure optionsavailable in each were discussed. Next, we moved to SaaS services, specificallyJupyter Notebook on cloud. The chapter covered the Amazon SageMaker, GoogleColaboratory, and Azure Notebooks. Just training a model is not sufficient;eventually we want to deploy it in a scalable manner. Thus, we delved intoTensorFlow Extended, which allows users to develop and deploy ML models ina scalable, safe, and secure manner. Lastly, we introduced TensorFlow Enterprise,the latest offering in the TensorFlow ecosystem, and briefly discussed its features.[ 459 ]
TensorFlow and CloudReferences1. To get a complete list of virtual machine types offered by Microsoft Azure:https://azure.microsoft.com/en-in/pricing/details/virtualmachines/series/2. A good tutorial on Amazon SageMaker: https://www.bmc.com/blogs/amazon-sagemaker/3. https://colab.research.google.com/notebooks/intro.ipynb#recent=true4. A collection of interesting Azure Notebooks: https://github.com/ipython/ipython/wiki/A-gallery-of-interesting-IPython-Notebooks5. Sculley, David, Gary Holt, Daniel Golovin, Eugene Davydov, Todd Phillips,Dietmar Ebner, Vinay Chaudhary, Michael Young, Jean-Francois Crespo, andDan Dennison. Hidden Technical Debt in Machine Learning Systems. In Advancesin neural information processing systems, pp. 2503-2511. 20156. TensorFlow Extended tutorials: https://www.tensorflow.org/tfx/tutorials7. Baylor, Denis, Eric Breck, Heng-Tze Cheng, Noah Fiedel, Chuan Yu Foo,Zakaria Haque, Salem Haykal et al. Tfx: A TensorFlow-Based Production-Scale Machine Learning Platform. In Proceedings of the 23rd ACM SIGKDDInternational Conference on Knowledge Discovery and Data Mining, pp. 1387-1395. ACM, 2017.8. A nice comparison between Google Colab and Azure Notebooks: https://dev.to/arpitgogia/azure-notebooks-vs-google-colab-from-anovices-perspective-3ijo9. TensorFlow Enterprise: https://cloud.google.com/blog/products/aimachine-learning/introducing-tensorflow-enterprise-supportedscalable-and-seamless-tensorflow-in-the-cloud[ 460 ]
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Deep Learning withTensorFlow 2 and
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packt.comSubscribe to our online di
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I want to thank my kids, Aurora, Le
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Sujit Pal is a Technology Research
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Table of ContentsPrefacexiChapter 1
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[ iii ]Table of ContentsConverting
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Table of ContentsSo what is the pro
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[ vii ]Table of ContentsChapter 10:
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Table of ContentsPretrained models
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PrefaceDeep Learning with TensorFlo
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• Supervised learning, in which t
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PrefaceThe complexity of deep learn
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PrefaceFigure 5: Adoption of deep l
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Chapter 1, Neural Network Foundatio
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PrefaceChapter 13, TensorFlow for M
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ConventionsThere are a number of te
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PrefaceReferences1. Deep Learning w
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Neural Network Foundations with Ten
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TensorFlow 1.x and 2.xThe intent of
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An example to start withWe'll consi
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Chapter 23. Placeholders: Placehold
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• To create random values from a
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To know the value, we need to creat
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Chapter 2Both PyTorch and TensorFlo
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Chapter 2state = [tf.zeros([100, 10
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Chapter 2For now, there's no need t
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Chapter 2Let's see an example of a
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Chapter 2If you want to save a mode
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Chapter 2supervised=True)train_data
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Chapter 2There, tf.feature_column.n
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Chapter 2print (dz_dx)print (dy_dx)
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Chapter 2In our toy example we use
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Chapter 2For multi-machine training
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Chapter 25. Use tf.layers modules t
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Chapter 2Keras or tf.keras?Another
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• tf.data can be used to load mod
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RegressionLet us imagine a simpler
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RegressionTake a look at the last t
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Regression3. Now, we calculate the
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RegressionIn the next section we wi
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Regression2. Now, we define the fea
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Regression2. Download the dataset:(
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RegressionThe following is the Tens
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RegressionIn regression the aim is
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RegressionThe Estimator outputs the
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RegressionThe following is the grap
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RegressionReferencesHere are some g
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Convolutional Neural NetworksIn thi
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Convolutional Neural NetworksIn thi
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Convolutional Neural NetworksIn oth
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Convolutional Neural NetworksThen w
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Convolutional Neural NetworksHoweve
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Convolutional Neural NetworksPlotti
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Convolutional Neural NetworksIn gen
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Convolutional Neural NetworksOur ne
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Convolutional Neural NetworksThese
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Convolutional Neural NetworksSo, we
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Convolutional Neural NetworksEach i
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Convolutional Neural NetworksVery d
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Convolutional Neural NetworksRecogn
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Convolutional Neural NetworksIf we
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Convolutional Neural NetworksRefere
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Advanced Convolutional Neural Netwo
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GenerativeAdversarial NetworksIn th
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[ 193 ]Chapter 6Eventually, we reac
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[ 195 ]Chapter 6Next, we combine th
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Chapter 6And handwritten digits gen
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Chapter 6Figure 1: Visualizing the
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Chapter 6The resultant generator mo
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Chapter 6Figure 4: A summary of res
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Chapter 6def train(self, epochs, ba
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Chapter 6The preceding images were
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Chapter 6Another interesting paper
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Chapter 6To elaborate, let us say t
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Chapter 6Figure 7: The architecture
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Chapter 6Figure 11: Illegible initi
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Chapter 6Bedrooms: Generated bedroo
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Chapter 6The images need to be norm
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Chapter 6initializer = tf.random_no
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Cool, right? Now we can define the
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Chapter 6d_loss = (dA_loss + dB_los
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Chapter 6generator_AB.save_weights(
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6. Ledig, Christian, et al. Photo-R
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Word EmbeddingsDeep learning models
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Word EmbeddingsFor example, "crucia
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Word EmbeddingsAssuming a window si
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Word EmbeddingsGloVeThe Global vect
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Word Embeddingsgensim is an open so
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Word Embeddingsgensim also provides
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Word EmbeddingsSpecifically, we wil
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Word EmbeddingsWe will also convert
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Word EmbeddingsE = np.zeros((vocab_
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Word Embeddingsx = self.embedding(x
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Word EmbeddingsThe change in valida
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Word EmbeddingsThe dataset is a 114
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Word Embeddingsprint("random walks
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Word Embeddingssize=128, # size of
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Word EmbeddingsfastText computes em
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Word EmbeddingsIn the future, once
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Word EmbeddingsA much earlier relat
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Word EmbeddingsOnce you have the fi
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Word EmbeddingsThis will create the
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Word EmbeddingsClassifying with BER
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Word Embeddings2. Each Transformer
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Word EmbeddingsOnce trained, we sav
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Word Embeddings4. Pennington, J., S
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Word Embeddings34. Google Research,
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Recurrent Neural NetworksWe will th
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Recurrent Neural NetworksFor notati
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Recurrent Neural NetworksThis probl
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Recurrent Neural NetworksThe line a
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Recurrent Neural NetworksGated recu
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Recurrent Neural NetworksThe topolo
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Recurrent Neural Networkstexts = do
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Recurrent Neural Networksdef call(s
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Recurrent Neural Networks# callback
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Recurrent Neural NetworksExample
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Recurrent Neural NetworksAs can be
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Recurrent Neural Networksdata_dir =
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Recurrent Neural NetworksWe can als
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Recurrent Neural NetworksIn order t
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Recurrent Neural Networkssource_voc
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Recurrent Neural NetworksFinally, w
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Recurrent Neural Networks38 - val_l
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Recurrent Neural NetworksIf you wou
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Recurrent Neural NetworksExample
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Recurrent Neural NetworksNext we ha
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Recurrent Neural Networksself.embed
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Recurrent Neural NetworksThis is a
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Recurrent Neural Networksreturn np.
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Recurrent Neural NetworksAttention
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Recurrent Neural NetworksFinally, V
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Recurrent Neural Networks# query.sh
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Recurrent Neural Networksself.atten
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Recurrent Neural Networks30 try to
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Recurrent Neural Networks3. Because
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Recurrent Neural NetworksSummaryIn
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Recurrent Neural Networks18. Shi, X
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AutoencodersAutoencoders are feed-f
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Depending upon the actual dimension
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• __init__(): Here, you define al
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Chapter 9And then we reshape the te
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Chapter 9plt.imshow(x_test[index].r
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Chapter 9Keeping the rest of the co
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noise = np.random.normal(loc=0.5, s
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Chapter 9x_train,validation_data=(x
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Chapter 9import matplotlib.pyplot a
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Chapter 9self.conv4 = Conv2D(1, 3,
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Chapter 9You can see that the image
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[ 367 ]Chapter 9Let us use the prec
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Chapter 9Our autoencoder model take
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We train the autoencoder for 20 epo
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Chapter 90.97905576229095460.989323
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Unsupervised LearningThis chapter d
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Chapter 10Next we load the MNIST da
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Chapter 10TensorFlow Embedding APIT
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3. Recompute the centroids using cu
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Chapter 10Figure 4: Plot of the fin
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Chapter 10In SOMs, neurons are usua
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[ 387 ]Chapter 10Colour mapping usi
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Chapter 10# Calculating Neighbourho
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We will also need to normalize the
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Chapter 10ρρ(vv oo |h oo ) = σσ
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# Generate the sample probabilityde
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Chapter 10And the reconstructed ima
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Chapter 10inpX = rbm.rbm_output(inp
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Chapter 10(60000, 28, 28) (60000,)(
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Chapter 10Figure 11: Summary of the
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Chapter 10This chapter, along with
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Reinforcement LearningThis chapter
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An introduction to AutoMLYou can al
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An introduction to AutoMLThe token
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An introduction to AutoMLAt the end
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An introduction to AutoMLUsing Clou
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The Math Behind Deep LearningSome m
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The Math Behind Deep LearningTheref
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Tensor Processing UnitMany people b
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Tensor Processing UnitThe sequentia
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Tensor Processing UnitIf you want t
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Tensor Processing UnitOn the other
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Tensor Processing UnitHow to use TP
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Tensor Processing UnitNote that ful
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Tensor Processing UnitEpoch 10/1060
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Tensor Processing UnitThen the usag
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Other Books YouMay EnjoyIf you enjo
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Other Books You May EnjoyAI Crash C
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Other Books You May EnjoyLeave a re
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AutoML pipelinedata preparation 493
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Deep Deterministic Policy Gradient(
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Google cloud consolereference link
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used, for building GAN 193-198MNIST
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regularizersreference link 38reinfo
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TensorFlow Lite 81TensorFlow Core r
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Xxception networks 160, 162YYOLO ne
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