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#deep_learning_training_workloads #cluster_scheduler #system_interpretability #ML_for_System #decision_tree #generalized_additive_model |
Presented in ASPLOS 2023.
Authors: Qinghao Hu (NTU & Shanghai AI Lab), Meng Zhang (NTU), Peng Sun (SenseTime), Yonggang Wen, Tianwei Zhang (NTU).
Code: https://github.com/S-Lab-System-Group/Lucid
This paper presents Lucid, a non-intrusive DL scheduler based on interpretable models.
It introduces a two-dimensional optimized profiler for efficient job metric collection and timely debugging job feedback; utilizes a packing strategy to circumvent interference; allocates resources based on estimated job priority values and sharing scores.
- Decision Tree (DT) for Packing Analyze Model
- Additive model algorithm GA$$^2$$M for Throughput Predict Model & Workload Estimate Model