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Starts 1 July 2025 15:15

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30 Golden Rules of Deep Learning Performance

Discover 30 essential guidelines for optimizing deep learning models, enhancing performance, and achieving better results in AI and machine learning projects.
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Overview

Discover 30 essential guidelines for optimizing deep learning models, enhancing performance, and achieving better results in AI and machine learning projects.

Syllabus

  • Introduction to Deep Learning Performance
  • Overview of deep learning and its performance challenges
    Importance of optimization in AI projects
  • Data Handling and Preprocessing
  • Rule 1: Data Normalization Techniques
    Rule 2: Effective Data Augmentation
    Rule 3: Handling Imbalanced Datasets
  • Model Architecture
  • Rule 4: Choosing the Right Model Size
    Rule 5: Exploring Different Layer Types
    Rule 6: Balancing Depth and Width in Networks
  • Training Strategies
  • Rule 7: Selecting Suitable Learning Rates
    Rule 8: Using Learning Rate Schedulers
    Rule 9: Employing Early Stopping
  • Regularization Techniques
  • Rule 10: Understanding Dropout
    Rule 11: Implementation of L1 and L2 Regularization
    Rule 12: Batch Normalization Benefits
  • Optimization Algorithms
  • Rule 13: Overview of Optimization Algorithms
    Rule 14: Momentum and Nesterov Accelerated Gradient
    Rule 15: Adapting to Adam and its Variants
  • Evaluation and Metrics
  • Rule 16: Choosing the Right Evaluation Metrics
    Rule 17: Avoiding Overfitting through Cross-Validation
  • Hyperparameter Tuning
  • Rule 18: Methods for Hyperparameter Tuning
    Rule 19: Grid Search vs. Random Search
    Rule 20: Bayesian Optimization
  • Computational Efficiency
  • Rule 21: Efficient Use of GPUs and TPUs
    Rule 22: Mixed Precision Training
    Rule 23: Model Pruning and Quantization
  • Handling Large Datasets
  • Rule 24: Strategies for Distributed Training
    Rule 25: Data Parallelism vs. Model Parallelism
  • Transfer Learning and Fine-Tuning
  • Rule 26: Leveraging Pre-trained Models
    Rule 27: Fine-Tuning Strategies for Specific Tasks
  • Monitoring and Debugging
  • Rule 28: Tools for Monitoring Training
    Rule 29: Debugging Techniques for Deep Learning Models
  • Model Deployment
  • Rule 30: Preparing Models for Production Environments
  • Conclusion and Future Trends
  • Summary of 30 Golden Rules
    Emerging Trends in Deep Learning Performance
  • Supplemental Resources
  • Recommended Books and Articles
    Online Tools and Libraries

Subjects

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