作者: H.G. Kayacik , A.N. Zincir-Heywood , M.I. Heywood
DOI: 10.1109/DNSR.2004.1344727
关键词: Hierarchy (mathematics) 、 Anomaly detection 、 Machine learning 、 Feature (machine learning) 、 Data mining 、 Intrusion detection system 、 Knowledge-based systems 、 Artificial intelligence 、 A priori and a posteriori 、 Unsupervised learning 、 Computer science 、 Data-driven learning
摘要: A critical design decision in the construction of intrusion detection systems is often selection features describing characteristics data being learnt. Selecting requires a priori or expert knowledge and may lead to introduction specific attack biases ntended otherwise. To this end, summarized network connections from DARPA 98 Lincoln Labs dataset are employed for training testing driven learning architecture. The architecture composed hierarchy self-organizing feature maps. Such scheme entirely unsupervised, thus quality system directly influenced by dataset. Dataset investigated through three different partitions: 10% KDD (default dataset); normal alone; 50/50 mix normal. resulting appear be competitive with alternative cluster based data-mining approaches.