| P1 |
University Teaching as an Impediment and
Enabler to Teaching Systems Survivability: A Case Method Experiment
Larry Leibrock, Ph.D
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| P2 |
Survivability through Intrusion-Aware Design
Andrew P. Moore and Robert J. Ellison
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| P3 |
Survivability Assessment: Modelling Dependencies in
Information Infrastructures
Chen Hui Ong, Zhixing Gao, and Woon KiongTan
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| P4 |
A Risk-Management Approach to the
Design of Survivable COTS-Based Systems
Howard F. Lipson, Nancy R. Mead, and Andrew P. Moore
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| P5 |
The Encoder Solution to Implementing Tamper Resistant Software
J.R. Nickerson, S.T. Chow, H.J. Johnson, and Y. Gu
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| P6 |
Enhancing Survivability of Europe's Information Structures:
Current Activities for a Safer European Future
Lorenzo Valeri and Dr. Andrew Rathmell
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P7 |
There is Plenty of Room at the Bottom for Survivability
Phil Campbell
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| P8 |
Advanced Design Tools for Mission-Critical Systems and
Airborne Software
Philippe Baufreton
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| P9 |
Immunology and the survivability of mission critical cyber-based
systems
Benoit Morel
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| P10 |
A Strategy for Information Survivability
Joon S. Park and Judith N. Froscher
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| P11 |
Layered Network Security Design Considerations: When Layers
Collide
Donald MacLeod and David Whyte
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| P12 |
Information Assurance in Wireless Networks
Joseph Kabara, Prashant Krishnamurthy, and David Tipper
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| P13 |
The Greatest Information Survivability Threat:
The Undetected Barbarian within the Gates
Andrew P. Snow and Mark Longworth
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| P14 |
The Role of Game Theory in Information Warfare
Samuel N. Hamilton, Wendy L. Miller, Allen Ott, and O. Sami Saydjari
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| P15 |
Challenges in Applying Game Theory to the Domain of
Information Warfare
Samuel N. Hamilton, Wendy L. Miller, Allen Ott, and O. Sami Saydjari
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| P16 |
Shifting the Focus of Survivability: Back to the Basics
A.W. Krings, W.S. Harrison, and M. McQueen
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| P17 |
Application Framework Design for Survivability
Hugh Matlock
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| P18 |
Semantic Foundations for Survivable System Analysis and
Design
Richard Linger, Alan Hevne, Gwendolyn Walton, and Ann Sobel
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| P19 |
The survivability of survivability
Sven Dietrich and Peter Y. A. Ryan
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| P20 |
Are we on the right track to achieve survivable
computer network systems?
Yvo Desmedt, Mike Burmester, and Yongge Wang
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| P21 |
Survivability as Quality
Thomas A. Longstaff
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| P22 |
Russian organized crime, Russian hacking, and US. security
Phil Williams
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| P23 |
Impediments to Building Survivable Systems: An Experience Report
Paul Rubel, Partha Pal, Franklin Webber, Michael Atighetchi, and Chris Jones
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| P24 |
The Need for Realistic Failure Models in Protocol Design
Idit Keidar and Keith Marzullo
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| P25 |
Obstacles to Self-Healing Reliable Complex Control Systems
Dr. Paul Oman, Mr. Jeff Roberts, and Dr. Edmund Schweitzer
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| P26 |
Security Monitoring, Visualization, and System Survivability
Philip E. Varner and John C. Knight
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| P27 |
The Willow Survivability Architecture
John Knight, Dennis Heimbigner, Alexander Wolf, Antonio Carzaniga,
Jonathan Hill, Premkumar Devanbu, and Michael Gertz
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| P28 |
Ten Challenges in Information Survivability
Jef Voas
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| P29 |
Analyzing Critical Infrastructure Dependencies: Security and
Survivability Effects in the Service Sectors
H. Scott Matthews
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| P30 |
Survivable Networked Systems: An Overview
M. Keshtgary and A.H. Jahangir
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| P31 |
Impediments to Survivability of the Electric Power Grid and
Some Collaborative EE-CS Research Issues to Solve Them
David Bakken, Anjan Bose, Curtis Dyreson, Sudipto Bhowmik,
Ioanna Dionysiou, Harald Gjermundrod, and Lin Xu
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| P32 |
False Impressions: Contrasting Perceptions of Security as a
Major Impediment to Achieving Survivable Systems (revised)
William Yurcik, Aashish Sharma, and David Doss
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