| Position Paper, Information Survivability Workshop '98 |
[1]
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| WAFT: Support for Fault-Tolerance in Wide-Area Object Oriented Systems |
[2]
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| A "MINIMUM ESSENTIAL INFORMATION INFRASTRUCTURE" (MEII) FOR U.S. DEFENSE SYSTEMS: MEANINGFUL? FEASIBLE? USEFUL? |
[3]
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| Analysis and Design of Survivable Systems using Attribute-Based Architecture Styles |
[4]
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| Survivability and Tradeoffs Between Software Quality Attributes |
[5]
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| ELECTRONIC QUARANTINE: An Automated Intruder Response Tool |
[6]
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| Recovery in Wireless and Mobile Communication Systems |
[7]
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| Hardware Biometrics for Authentication |
[8]
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| Using Formal Methods for Analyzing Security |
[9]
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| Survivability From a Sow's Ear: The Retrofit Security Requirement |
[10]
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| RAID '98: First International workshop on the Recent Advances on Intrusion Detection |
[11]
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| Ensuring Survivability in Information Sharing |
[12]
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| Viewpoint on Research and Development Needed to Achieve Survivability of the Critical Information Infrastructure |
[13]
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| Brainstorming Information Survivability for ISW'98 - Reducing Risk in Critical National IT Operations and Infrastructures [Finance, Transport, Power & Telecommunications] |
[14]
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| A Survivable Network Analysis Method |
[15]
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| "Issues and Insights Regarding Survivable Inter-Network Design and Retrofit" |
[16]
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| Emergent Algorithms for Survivable Systems |
[17]
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| On Achieving Full Information Resiliency for Real Time Systems |
[18]
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| Information Survivability in the Electric Utility Industry |
[19]
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| Survivability Issues in Cactus |
[20]
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| "Error Handling: When Bad Things Happen to Good Infrastructures" |
[21]
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| Information Survivability Network Modeling |
[22]
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| Using Independent Corroboration to Achieve Compromise Tolerance |
[23]
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| Borg: A Scalable and Secure Distributed Information System |
[24]
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| Survivability Toolset for Object Service Architectures |
[25]
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| NEW APPROACHES TO CRITICAL-SYSTEMS SURVIVABILITY: POSITION PAPER |
[26]
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| A System-Oriented Perspective of Survivability |
[27]
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| The Role of EMERALD in Survivable Systems and Networks |
[28]
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| PNNI Global Routing Infrastructure Protection |
[29]
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| Complexity, Open Standards and Survivability |
[30]
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| Simulation Environment for Survivability Algorithms |
[31]
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| A Survivability Metric for Telecommunications: Insights and Shortcomings |
[32]
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| The Common Intrusion Detection Framework (CIDF) |
[33]
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| Survivability Architectures: The Control Systems Perspective |
[34]
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| Massive Games of Artificial Life on the Internet: A Testbed for Research on Survivability Architectures |
[35]
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| A Domain-Specific, Technology-Oriented Strategy for Information Survivability Analysis |
[36]
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| Addressing Survivability in the Composable Replaceable Security Services Infrastructure |
[37]
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| ADAPTABLE OBJECT REQUEST BROKERS FOR INFORMATION SURVIVABILITY OF COMMAND AND CONTROL SYSTEMS |
[38]
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| On Survivable Multi-Networks for Information Systems Survivability |
[39]
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| Information Survivability for the Digitized Land Force |
[40]
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| Active Audit Technologies: Automated Operational Network Defense |
[41]
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| Survivability within a Dependability framework and a virtual enterprise case study from the Health Care sector |
[42]
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| Position Paper for Ira Winkler for the 1998 Information Survivability Workshop |
[43]
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| Network Infrastructure Survivability and Reactive Survivability |
[44]
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| Critical Information Infrastructure Protection through Process Modeling and Model-based Information Fusion |
[45]
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