Cross-dataset Time Series Anomaly Detection for Cloud Systems
Talkat USENIX ATC '19 · on Friday, 2019-07-12· at 12:50· USENIX ATC Track II: Grand Ballroom VII–IX·
summary
ATAD trains anomaly detectors on labelled cloud datasets and applies them to new unlabelled services by combining transfer learning with active learning; features include statistical summaries, forecasting features (ARIMA/seasonality), and time-proximity deltas. A clustering-based mapping aligns source feature groups to target data before per-cluster transfer, then active queries pick diverse, high-uncertainty windows for human labels. Experiments on Yahoo/Twitter and Microsoft traces raise F1 significantly and need only 1%-5% labels to reach strong performance.
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chapters (13)
- 0:00Start
- 1:33Anomaly detection for cloud systems: a common problem
- 5:58Our Approach - ATAD
- 7:35Feature Identification
- 8:42Transfer between Source & Target Domain
- 10:08Making Transfer Learning More Effective
- 10:57Active Learning Component
- 11:49Identifying high uncertainty instances
- 12:29Maximizing the context diversity of candidates to be labeled
- 13:18Experiments
- 14:01Setup
- 15:41How effective is the Transfer Learning component?
- 16:47How effective is the Active Learning
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