Efficient fault tree analysis of complex fault tolerant multiple-phased systems

Analysis and Synthesis of Fault-tolerant Control Systems Analysis and Synthesis of Fault-tolerant Control Systems

Reliability Analysis of Fault Tolerant Systems with Multi- Fault Coverage

Fault-tolerance has been an essential architectural attribute for achieving high reliability in many critical applications of digital systems. Automatic fault and error handling mechanisms play a crucial role in implementing fault tolerance because an uncovered (undetected) fault may lead to a system or a subsystem failure even when adequate redundancy exists. Examples of this effect can be fou...

Fault Tolerant Analysis of Automotive Systems

Over the years, Fault Tolerance has become the most sought-after requirement in high-availability or life-critical systems. Fault-tolerant electronic sub-systems are becoming a standard requirement in the automotive industrial sector as electronics becomes pervasive in present cars. The existing fault-tolerance analysis approach can handle quality faults emanating from loss of precision in sign...

Performability Analysis of Fault-Tolerant Computer Systems

Performability is a composite measure for the performance and reliability, which may be interpreted as the cumulative performance over a nite mission time. The computation of its distribution allows the user to ensure that the system will achieve a given performance level. The system is assumed to be modeled as a Markov process with nite state space and a reward rate (performance measure) is as...

Fault Tolerant Systems