Self-Stabilizing and Private Distributed Shared Atomic Memory in Seldomly Fair Message Passing Networks

Keyphrases

• Self-stabilization 100%
• Transient Fault 100%
• Atomic Memory 100%
• Message Passing Network 100%
• Fair Scheduler 50%
• Recovery Period 33%
• Self-stabilizing Algorithm 33%
• Shared Memory 33%
• Control Variables 16%
• Information Leakage 16%
• Malicious Behavior 16%
• Safety Properties 16%
• Design Criteria 16%
• Message-passing System 16%
• Maximal Value 16%
• Fault Tolerance 16%
• Information Data 16%
• Asynchronous Setting 16%
• Malicious Server 16%
• Asynchronous Execution 16%
• Arbitrary State 16%
• Asynchronous System 16%
• Global Reset 16%
• Storage Algorithm 16%
• Atomic Storage 16%
• Privacy Data 16%
• Program Code 16%
• Last Occurrence 16%
• Malicious Fault 16%

Computer Science

• Message Passing 100%
• Transient Fault 100%
• Shared Memories 33%
• Information Leakage 16%
• Malicious Behavior 16%
• Design Criterion 16%
• Passing System 16%
• fault-tolerance 16%
• Arbitrary State 16%
• asynchronous system 16%
• Data Privacy 16%