- ENERGY INFRASTRUCTURE SURVIVABILITY, INHERENT LIMITATIONS, OBSTACLES AND MITIGATION STRATEGIES
- Stability and Performance of List Scheduling With External Process Delays
- A TwoLayer Approach to Survivability of Networked Computing Systems
- Certification of Large Distributed Computations with Task Dependencies in Hostile Environments
- Parallel Processing Letters fc World Scientific Publishing Company
- Managing Secure Survivable Critical Infrastructures To Avoid Vulnerabilities Frederick Sheldon, Tom Potok, Andy Loebl
- Survivability of Computers and Networks based on Attack Signatures \Lambda Axel Krings, Scott Harrison, John Dickinson Miles McQueen
- Asynchronous Behavior of Egoestic Voting Algorithms M. H. Azadmanesh
- The Byzantine Agreement Problem: Optimal Early Stopping \Lambda
- A New Analysis of Hybrid Faults for Synchronous Convergent Voting Algorithms in Large Dis
- Global Convergence1 Partially Fully Connected Networks (PFCN)
- The Performance of Inherently Stable Priority List Dispatchers in Hard Real-Time Systems
- A Two-Layer Approach to Survivability of Networked Computing Systems
- Analysis of a Realistic Fault Model Large Distributed Systems
- Attack Recognition Based on Kernel Attack Signatures \Lambda A.W. Krings, W.S. Harrison, N. Hanebutte, C.A. Taylor M. McQueen
- Agent Survivability: An Application for Strong and Weak Chain Constrained Scheduling
- Run-Time Feasibility of Hard Real-Time Systems Containing Coupled A.W. Krings M.H. Azadmanesh
- Avoiding RunTime Infeasibility in Systems Containing Coupled Tasks \Lambda
- UICSTR00051 Single and Multiple Task Couplings
- UNOCSTR971 A Step toward Global Convergence
- Modeling Complex Control Systems to Identify Remotely Accessible Devices Vulnerable to Cyber Attack1
- The Test Vector Problem and Limitations to Evolving Digital Circuits Kosuke Imamura James A. Foster Axel W. Krings
- A Hierarchical Formal Framework for Adaptive N-variant Programs in Multi-core Systems
- The Handicap Principle, Strategic Information Warfare and the Paradox of Asymmetry
- Resilient Multi-core Systems: A Hierarchical Formal Model for N-variant Executions
- IEEE TRANSACTIONS ON DEPENDABLE AND SECURE COMPUTING, VOL. X, NO. Y, JANUARY 2008 1 Flexible Rollback Recovery in
- Dynamic Populations in Genetic Algorithms Zhanshan (Sam) Ma
- Security and Survivability in Unbounded Networked Systems Axel Krings*
- A Graph Based Model for Survivability Applications A. W. Krings A. Azadmanesh
- Survivable Systems Analysis of the North American Power Grid Communications Infrastructure 1,2
- Assessing Power Substation Network Security and Survivability: A Work in Progress Report1
- Secure and Survivable Software Systems Axel W. Krings and Paul Oman
- Risk Analysis and Probabilistic Survivability Assessment (RAPSA): An Assessment Approach for Power Substation Hardening1
- UI-CS-TR-02-024 A Graph Based Model
- Considering Attack Complexity: Layered Intrusion Tolerance
- Technical Report Zhanshan (Sam) Ma and Axel Krings
- ANS 2006 WINTER MEETING & Nuclear Technology Expo
- Shifting the Focus of Survivability: Back to the Basics \Lambda A.W. Krings, W.S. Harrison M. McQueen, S. Matthews
- Theft-Induced Checkpointing for Reconfigurable Dataflow Applications
- International Journal of Foundations of Computer Science fl World Scientific Publishing Company
- A Simple GSPN for Modeling Common Mode Failures in Critical Infrastructures
- Third Annual Cyber Security and Information
- Neighborhood Monitoring in Ad Hoc Networks Axel Krings Stephan Muehlbacher-Karrer
- Optimizing the Observation Windows Size for Kernel Attack William S. Harrison, Axel W. Krings, Nadine Hanebutte
- Security and Survivability of Networked Systems Paul W. Oman and Axel W. Krings
- An Outline of the Three-Layer Survivability Analysis Architecture for Strategic Information Warfare Research
- Low-Level Network Attack Recognition: A Signature-Based Approach
- Introduction of First Passage Time (FPT) Analysis for Software Reliability and Network Security
- The Architecture of a Reliable Software Monitoring System for Embedded Software Systems John Munson, Axel Krings, Robert Hiromoto
