Titlebook: VizSEC 2007; Proceedings of the W John R. Goodall,Gregory Conti,Kwan-Liu Ma Conference proceedings 2008 Springer-Verlag Berlin Heidelberg 2

rheumatology

VisAlert: From Idea to Product,detection and prevention. VisAlert facilitates and promotes situational awareness in complex network environments by providing the user with a holistic view of network security to aid in the detection of sophisticated and malicious activities, and ability to zoom in-out information of interest. The

飛鏢

Visually Understanding Jam Resistant Communication,ften relegated to a discussion of denial of service attacks on network resources. Another form of denying availability is to prevent communication through the use of traditional jamming techniques. At the United States Air Force Academy Center for Information Security, we have been working on a new

漸變

Pulmonary-Veins

護(hù)身符

An Interactive Attack Graph Cascade and Reachability Display,lification, current attack graph displays are complex and difficult to relate to the underlying physical networks. We have developed a new interactive tool intended to provide a simplified and more intuitive understanding of key weaknesses discovered by attack graph analysis. Separate treemaps are u

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Intelligent Classification and Visualization of Network Scans,al to analyze these network scans. Statistical methods such as wavelet scalogram analysis have been used along with visualization techniques in previous methods. However, applying these statistical methods causes a substantial amount of data loss. This paper presents a study of using associative mem

發(fā)電機(jī)

Using InetVis to Evaluate Snort and Bro Scan Detection on a Network Telescope,affic and identify incidents of scan activity. Some of the identified phenomena appear to be novel forms of host discovery. Scan detection algorithms used by the Snort and Bro intrusion detection systems are critiqued by comparing the visualised scans with alert output. Where human assessment disagr

惡臭

HAWK

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Visualizing Network Security Events Using Compound Glyphs from a Service-Oriented Perspective,h to give more details about the network and allow interactive controls for an administrator to actively monitor a network in order to react to security events quickly. Our resulting visualizations of networks successfully identified and described denial of service (DoS) and compromised network attacks.