By Yi Qian, David Tipper, Prashant Krishnamurthy, James Joshi
In present day fast-paced, infocentric surroundings, pros more and more depend on networked details expertise to do enterprise. regrettably, with the arrival of such expertise got here new and complicated difficulties that proceed to threaten the provision, integrity, and confidentiality of our digital details. it truly is hence completely primary to take measures to guard and safeguard details structures through making sure their defense and non-repudiation. details insurance skillfully addresses this factor by means of detailing the enough potential networked structures have to function whereas below assault, and listing failsafe layout positive aspects comparable to alarms, recovery protocols, and administration configurations to become aware of difficulties and instantly diagnose and reply. furthermore, this quantity is exclusive in supplying complete assurance of either cutting-edge survivability and protection thoughts, and the way within which those parts engage to construct powerful details insurance (IA). KEY good points * the 1st and (so some distance) in simple terms e-book to mix insurance of either defense AND survivability in a networked details expertise environment * best and educational researchers supply state of the art survivability and safeguard strategies and clarify how those elements have interaction in delivering info coverage * extra concentrate on defense and survivability concerns in instant networks
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Extra info for Information Assurance: Dependability and Security in Networked Systems (The Morgan Kaufmann Series in Networking)
In computer sciences from the University of Wisconsin–Madison. D. student in the Department of Electrical and Computer Engineering and a member of the Center for Education and Research in Information Assurance and Security (CERIAS) at Purdue University, West Lafayette, IN. He came to Purdue after spending seven years as an information security ofﬁcer for the Panama Canal Authority and ﬁve years as a college professor for network security courses. His current research interests include machine-learning techniques for intrusion response and the convergence between security and dependability.
A simple and often cited difference between the two areas is that dependability focuses primarily on faults and errors in the systems that are typically non-malicious in nature (primarily from the fault tolerance design area), while security focuses mainly on protection against malicious attempts to violate the security goals. However, such a difference is not accurate and can be seen in the various taxonomies developed within each community. For instance, the taxonomies for security vulnerabilities developed by Landwehr et al.
He is presently principal academic at the Norwegian Centre of Excellence (CoE) for Quantiﬁable Quality of Service in Communication Systems (Q2S). He has previously held various positions in the Norwegian public sector, SINTEF, and industry. From 1982–2000, he was associate professor in the Department of Computer Science and Telematics at NTH (later NTNU), where he also served a three-year term as head of the department. In the academic year 2005–2006 he has been acting head of the Department of Telematics.