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Intro
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Recommendation Models are important . Use cases include
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Recommendation Model Architecture
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High Performance Training at Meta
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The Criticality of Checkpointing • Failure recovery ensure progress
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Checkpoint Challenges
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Check-n-Run
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Checkpointing Workflow
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Reducing WB with Differential Checkpointing
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Approaches for Differential Checkpointing • One-Shot Differential Checkpoint . Consecutive Incremental Checkpoint - Intermittent Differential Checkpoint
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Checkpoint Quantization Compress checkpoint without degrading training accuracy
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Comparing Quantization Strategies . Uniform quantization . Non-uniform quantization using kmeans • Adaptive uniform quantization
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Quantization Bit-width Selection
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Overall Reduction
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Summary
Description:
Explore a cutting-edge checkpointing system for training large-scale deep learning recommendation models in this NSDI '22 conference talk. Dive into the challenges of checkpointing massive ML models and discover how Check-N-Run addresses size and bandwidth issues. Learn about differential checkpointing techniques that track and save only modified parts of the model, particularly effective for recommendation models with embedding tables. Examine quantization strategies that significantly reduce checkpoint size without compromising training accuracy. Understand how these innovations lead to substantial reductions in required write bandwidth and storage capacity, improving checkpoint capabilities while lowering total ownership costs. Gain insights into the architecture of recommendation models, high-performance training at Meta, and the critical role of checkpointing in failure recovery and continuous learning for online training.

Check-N-Run - A Checkpointing System for Training Deep Learning Recommendation Models

USENIX
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