book

Debugging Machine Learning Models with Python

Name: Debugging Machine Learning Models with Python
Author: Ali Madani
ISBN: 9781800208582

by Ali Madani

September 2023

Intermediate to advanced

344 pages

8h 50m

English

Packt Publishing

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Debugging Machine Learning Models with Python
ForewordContributorsAbout the authorAbout the reviewers
Preface
Who this book is forWhat this book coversTo get the most out of this bookDownload the example code filesConventions usedGet in touchShare your thoughtsDownload a free PDF copy of this book
Part 1:Debugging for Machine Learning Modeling
Chapter 1: Beyond Code Debugging
Technical requirementsMachine learning at a glanceTypes of machine learning modelingSupervised learningUnsupervised learningSelf-supervised learningSemi-supervised learningReinforcement learningGenerative machine learningDebugging in software developmentError messages in PythonDebugging techniquesDebuggersBest practices for high-quality Python programmingVersion controlDebugging beyond PythonFlaws in data used for modelingData format and structureData quantity and qualityData biasesModel and prediction-centric debuggingUnderfitting and overfittingInference in model testing and productionData or hyperparameters for changing landscapesSummaryQuestionsReferences
Chapter 2: Machine Learning Life Cycle
Technical requirementsBefore we start modelingData collectionData selectionData explorationData wranglingStructuringEnrichingData transformationCleaningModeling data preparationFeature selection and extractionDesigning an evaluation and testing strategyModel training and evaluationTesting the code and the modelModel deployment and monitoringSummaryQuestionsReferences
Chapter 3: Debugging toward Responsible AI
Technical requirementsImpartial modeling fairness in machine learningData biasAlgorithmic biasSecurity and privacy in machine learningData privacyData poisoningAdversarial attacksOutput integrity attacksSystem manipulationSecure and private machine learning techniquesTransparency in machine learning modelingAccountable and open to inspection modelingData and model governanceSummaryQuestionsReferences
Part 2:Improving Machine Learning Models
Chapter 4: Detecting Performance and Efficiency Issues in Machine Learning Models
Technical requirementsPerformance and error assessment measuresClassificationRegressionClusteringVisualization for performance assessmentSummary metrics are not enoughVisualizations could be misleadingDon’t interpret your plots as you wishBias and variance diagnosisModel validation strategyError analysisBeyond performanceSummaryQuestionsReferences
Chapter 5: Improving the Performance of Machine Learning Models
Technical requirementsOptions for improving model performanceGrid searchRandom searchBayesian searchSuccessive halvingSynthetic data generationOversampling for imbalanced dataImproving pre-training data processingAnomaly detection and outlier removalBenefitting from data of lower quality or relevanceRegularization to improve model generalizabilitySummaryQuestionsReferences
Chapter 6: Interpretability and Explainability in Machine Learning Modeling
Technical requirementsInterpretable versus black-box machine learningInterpretable machine learning modelsExplainability for complex modelsExplainability methods in machine learningLocal explainability techniquesGlobal explanationPracticing machine learning explainability in PythonExplanations in SHAPExplanations using LIMECounterfactual generation using Diverse Counterfactual Explanations (DiCE)Reviewing why having explainability is not enoughSummaryQuestionsReferences

Chapter 7: Decreasing Bias and Achieving Fairness
Technical requirementsFairness in machine learning modelingProxies for sensitive variablesSources of biasBiases introduced in data generation and collectionBias in model training and testingBias in productionUsing explainability techniquesFairness assessment and improvement in PythonSummaryQuestionsReferences
Part 3:Low-Bug Machine Learning Development and Deployment
Chapter 8: Controlling Risks Using Test-Driven Development
Technical requirementsTest-driven development for machine learning modelingUnit testingMachine learning differential testingTracking machine learning experimentsSummaryQuestionsReferences
Chapter 9: Testing and Debugging for Production
Technical requirementsInfrastructure testingInfrastructure as Code toolsInfrastructure testing toolsInfrastructure testing using PytestIntegration testing of machine learning pipelinesIntegration testing using pytestMonitoring and validating live performanceModel assertionSummaryQuestionsReferences
Chapter 10: Versioning and Reproducible Machine Learning Modeling
Technical requirementsReproducibility in machine learningData versioningModel versioningSummaryQuestionsReferences
Chapter 11: Avoiding and Detecting Data and Concept Drifts
Technical requirementsAvoiding drifts in your modelsAvoiding data driftAddressing concept driftDetecting driftsPracticing with alibi_detect for drift detectionPracticing with evidently for drift detectionSummaryQuestionsReferences
Part 4:Deep Learning Modeling
Chapter 12: Going Beyond ML Debugging with Deep Learning
Technical requirementsIntroduction to artificial neural networksOptimization algorithmsFrameworks for neural network modelingPyTorch for deep learning modelingSummaryQuestionsReferences
Chapter 13: Advanced Deep Learning Techniques
Technical requirementsTypes of neural networksCategorization based on data typeConvolutional neural networks for image shape dataPerformance assessmentCNN modeling using PyTorchImage data transformation and augmentation for CNNsUsing pre-trained modelsTransformers for language modelingTokenizationLanguage embeddingLanguage modeling using pre-trained modelsModeling graphs using deep neural networksGraph neural networksGNNs with PyTorch GeometricSummaryQuestionsReferences
Chapter 14: Introduction to Recent Advancements in Machine Learning
Technical requirementsGenerative modelingGenerative deep learning techniquesPrompt engineering for text-based generative modelsGenerative modeling using PyTorchReinforcement learningReinforcement learning with human feedback (RLHF)Self-supervised learning (SSL)Self-supervised learning with PyTorchSummaryQuestionsReferences
Part 5:Advanced Topics in Model Debugging
Chapter 15: Correlation versus Causality
Technical requirementsCorrelation as part of machine learning modelsCausal modeling to reduce risks and improve performanceAssessing causation in machine learning modelsCausal inferenceCausal modeling using PythonUsing dowhy for causal effect estimationUsing bnlearn for causal inference through Bayesian networksSummaryQuestionsReferences
Chapter 16: Security and Privacy in Machine Learning
Technical requirementsEncryption techniques and their use in machine learningImplementing AES encryption in PythonHomomorphic encryptionDifferential privacyFederated learningSummaryQuestionsReferences
Chapter 17: Human-in-the-Loop Machine Learning
Humans in the machine learning life cycleExpert feedback collectionHuman-in-the-loop modelingSummaryQuestionsReferences
Assessments
Chapter 1 – Beyond Code DebuggingChapter 2 – Machine Learning Life CycleChapter 3 – Debugging toward Responsible AIChapter 4 – Detecting Performance and Efficiency Issues in Machine Learning ModelsChapter 5 – Improving the Performance of Machine Learning ModelsChapter 6 – Interpretability and Explainability in Machine Learning ModelingChapter 7 – Decreasing Bias and Achieving FairnessChapter 8 – Controlling Risks Using Test-Driven DevelopmentChapter 9 – Testing and Debugging for ProductionChapter 10 – Versioning and Reproducible Machine Learning ModelingChapter 11 – Avoiding and Detecting Data and Concept DriftsChapter 12 – Going Beyond ML Debugging with Deep LearningChapter 13 – Advanced Deep Learning TechniquesChapter 14 – Introduction to Recent Advancements in Machine LearningChapter 15 – Correlation versus CausalityChapter 16 – Security and Privacy in Machine LearningChapter 17 – Human-in-the-Loop Machine Learning
Index
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Content preview from Debugging Machine Learning Models with Python

8 Controlling Risks Using Test-Driven Development

There are risks, such as selecting unreliable models, associated with creating models and technologies built on top of our models. The question is, could we avoid them and better manage the risks associated with machine learning modeling? In this chapter, we will talk about programming strategies such as unit testing, which could help us not only in developing and selecting better models but also in reducing risks associated with modeling.

In this chapter, we will cover the following topics:

Test-driven development
Machine learning differential testing
Tracking machine learning experiments

By the end of this chapter, you will have learned how to reduce the risk of unreliable modeling and software ...

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Debugging Machine Learning Models with Python

by Ali Madani

8

Controlling Risks Using Test-Driven Development

Become an O’Reilly member and get unlimited access to this title plus top books and audiobooks from O’Reilly and nearly 200 top publishers, thousands of courses curated by job role, 150+ live events each month,
and much more.