WeAreDevelopers LIVE • Jun 1, 2023

Explainable machine learning explained

Karol Przystalski

A famous AI classified wolves based purely on snowy backgrounds. Learn how explainable AI tools like SHAP and LIME expose dangerous data leakage and make black-box models transparent.

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#1 about 3 min

History and growth of explainable artificial intelligence

The evolution of machine learning models creates a pressing need to understand how predictions are made.

#2 about 4 min

Need for explainability in regulated healthcare and finance

Regulated industries like healthcare and finance require transparent predictions before releasing software or hardware products.

#3 about 4 min

Core terminology and audiences for interpretable artificial intelligence

Understanding different terms like responsible artificial intelligence clarifies the unique needs of domain experts and regulatory agencies.

#4 about 3 min

Choosing the right method to explain machine learning models

Visual explanations, simplified logic, and feature relevance provide more practical insights than complex mathematical equations.

#5 about 2 min

Classifying skin cancer using visual feature importance

Identifying specific visual patterns like asymmetry and dots helps explain tumor classification to medical professionals.

#6 about 5 min

Analyzing catastrophic model failures through husky and wolf classifications

Models relying on background noise instead of actual entity features lead to severe errors and adversarial vulnerabilities.

#7 about 6 min

Differentiating white box models like simple decision trees

White box algorithms like linear regression and decision trees offer direct interpretability through clear boundaries and logic rules.

#8 about 4 min

Debugging models through data-centric feature engineering approaches

Improving dataset quality and analyzing functional features directly mitigates overfitting and prevents unintended data leakage.

#9 about 3 min

Enhancing model accuracy using text features in the Titanic dataset

Generating new tokens from text columns marginally increases predictive accuracy without acquiring external datasets.

#10 about 5 min

Visualizing boundaries in support vector machines and clustering methods

Plotting higher-dimensional boundaries clarifies how complex mathematical clustering and support vector machines arrive at predictions.

#11 about 5 min

Applying formal explainability methods like lime and shap

Game theory-based evaluation methods pinpoint the specific impact individual variables or image pixels have on predictions.

#12 about 3 min

Generating heatmaps for deep learning layers using class activation maps

Extracting feature influence across millions of parameters highlights exactly which image sections trigger specific neural classifications.

#13 about 4 min

Defending machine learning against adversarial image and pixel attacks

Minor adversarial noise or single altered pixels can severely disrupt target classifications in otherwise stable neural networks.

#14 about 4 min

Predicting the impact of quantum computing on artificial intelligence

The advent of commercial quantum computers will drastically accelerate artificial intelligence development beyond current classical limits.

#15 about 4 min

Applying machine learning to complex medical imaging processes

Combining video analysis with continuous biometrics yields advanced insights into cardiac vessel performance and operational health.

#16 about 5 min

Establishing ethical foundations and text watermarking strategies

Creating responsible generation systems requires strict governance and verifiable text watermarking to mitigate long-term industry risks.

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