This code was implemented as part of the IEEE S&P DeepCASE: Semi-Supervised Contextual Analysis of Security Events [1] paper.
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We provide a Pytorch implementation of DeepLog: Anomaly Detection and Diagnosis from System Logs through Deep Learning (CCS’17).
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Anomaly detection is a critical step towards building a secure and trustworthy system. The primary purpose telegram精简版的下载地方 of a system log is to record system states and significant events at various critical points to help debug system failures and perform root cause analysis. Such log data is universally available in nearly all computer systems. Log data is an important and valuable resource for understanding system status and performance issues; therefore, the various system logs are naturally excellent source of information for online monitoring and anomaly detection. Du et altelegram官方最新中文版下载的地址哪里有. propose DeepLog, a deep neural network model utilizing Long Short-Term Memory (LSTM), to model a system log as a natural language sequence. This allows DeepLog to automatically learn log patterns from normal execution, and detect anomalies when log patterns deviate from the model trained from log data under normal execution. In addition, Du et al. demonstrate how to incrementally update the DeepLog model in an online fashion so that it can adapt to new log patterns over time. Furthermore, DeepLog constructs workflows from the underlying system log so that once an anomaly is detected, users can diagnose the detected anomaly and perform root cause analysis effectively. Extensive experimental evaluations over large log data have shown that DeepLog has outperformed other existing log-based anomaly detection methods based on traditional data mining methodologies.
We provide an extensive documentation including installation instructions and reference at deeplog.readthedocs.io
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