Title: Understanding intrusion detection through visualization
Description: With the ever increasing use of computers for critical systems, computer security that protects data and computer systems from intentional, malicious intervention, continues to attract significant attention. Among the methods for defense, the application of a tool to help the operator identify ongoing or already perpetrated attacks (intrusion detection), has been the subject of considerable research in the past ten years. A key problem with current intrusion detection systems is the high number of false alarms they produce. Understanding Intrusion Detection through Visualization presents research on why false alarms are, and will remain a problem; then applies results from the field of information visualization to the problem of intrusion detection. This approach promises to enable the operator to identify false (and true) alarms, while aiding the operator to identify other operational characteristics of intrusion detection systems. This volume presents four different visualization approaches, mainly applied to data from web server access logs. Understanding Intrusion Detection through Visualization is structured for security professionals, researchers and practitioners. This book is also suitable for graduate students in computer science.
Subjects: Computer networks, Information visualization, Security measures, Computer security, Intrusion detection systems (Computer security), Systèmes informatiques, Sécurité, Mesures, Antiprogrammes (Informatique), Cyberterrorisme, Sécurité informatique, Fausses alarmes, COMPUTERS, Internet, Security, Networking, General, Informatique, Computer networks, security measures, Information science, Computer science, Computer Communication Networks, Data structures (Computer science), Data encryption (Computer science), Computer vision, Optical pattern recognition, Data Encryption, Computer Imaging, Vision, Pattern Recognition and Graphics, Pattern Recognition, Cryptology and Information Theory Data Structures