© 2018 IEEE. Several software-implemented fault injection tools and processes have been proposed to validate softwareimplemented fault tolerance measures. However, most of these tools have either been implemented to work with one specific target or they support multiple targets but lack the implementation of a wide array of fault injection processes. This paper aims to fill this gap by proposing a new softwareimplemented tool that supports both physical and simulated targets with a wide array of injection processes.status: publishe
Aspect‐oriented programming provides an interesting approach for implementing software‐based fault t...
Smaller feature size, greater chip density, and minimal power consumption all lead to an increased n...
Fault injection is fundamental to evaluate the de- pendability of embedded software. Analyzing the i...
Fault injection is a highly used technique to test fault-tolerant embedded systems. We present a new...
The importance of fault injection techniques is widely recognized by the critical systems industry. ...
Abstract: Microprocessor-based embedded systems are increasingly used to control safetycritical syst...
Fault tolerant circuits are currently required in several major application sectors. Besides and in ...
Microprocessor-based embedded systems are increasingly used to control safety-critical systems (e.g....
Our society is faced with an increasing dependence on computing systems, not only in high tech consu...
The complexity of safety-related embedded computer systems is steadilyincreasing. Besides verifying ...
Safety-critical embedded systems often need to be cost-effective, but must nevertheless be safe. Mor...
c © Copyright by Roberto Natella, 2011 Given the complexity of modern software systems and its perva...
This thesis deals with techniques for designing and evaluating error detection and recovery mechanis...
Abstract — An important step in the development of dependable systems is the validation of their fau...
International audienceDependability is a key decision factor in today's global business environment....
Aspect‐oriented programming provides an interesting approach for implementing software‐based fault t...
Smaller feature size, greater chip density, and minimal power consumption all lead to an increased n...
Fault injection is fundamental to evaluate the de- pendability of embedded software. Analyzing the i...
Fault injection is a highly used technique to test fault-tolerant embedded systems. We present a new...
The importance of fault injection techniques is widely recognized by the critical systems industry. ...
Abstract: Microprocessor-based embedded systems are increasingly used to control safetycritical syst...
Fault tolerant circuits are currently required in several major application sectors. Besides and in ...
Microprocessor-based embedded systems are increasingly used to control safety-critical systems (e.g....
Our society is faced with an increasing dependence on computing systems, not only in high tech consu...
The complexity of safety-related embedded computer systems is steadilyincreasing. Besides verifying ...
Safety-critical embedded systems often need to be cost-effective, but must nevertheless be safe. Mor...
c © Copyright by Roberto Natella, 2011 Given the complexity of modern software systems and its perva...
This thesis deals with techniques for designing and evaluating error detection and recovery mechanis...
Abstract — An important step in the development of dependable systems is the validation of their fau...
International audienceDependability is a key decision factor in today's global business environment....
Aspect‐oriented programming provides an interesting approach for implementing software‐based fault t...
Smaller feature size, greater chip density, and minimal power consumption all lead to an increased n...
Fault injection is fundamental to evaluate the de- pendability of embedded software. Analyzing the i...