This paper deals with a method able to provide a microprocessor-based system with safety capabilities by modifying the source code of the executed application, only. The method exploits a set of transformations which can automatically be applied, thus greatly reducing the cost of designing a safe system, and increasing the confidence in its correctness. Fault Injection experiments have been performed on a sample application using two different systems based on CISC and RISC processors. Results demonstrate that the method effectiveness is rather independent of the adopted platform
This paper introduces a framework that tackles the costs in area and energy consumed by methodologie...
Evaluating the faulty behaviour of low-cost microprocessor-based boards is an increasingly important...
With the rise of software complexity, software-related accidents represent a significant threat for ...
Abstract: Microprocessor-based embedded systems are increasingly used to control safetycritical syst...
<p>This thesis deals with techniques for designing and evaluating error detection and recovery mecha...
Microprocessor-based embedded systems are increasingly used to control safety-critical systems (e.g....
Microcontrollers require protection against transient and permanent faults when being utilized for s...
Safety-critical embedded systems often need to be cost-effective, but must nevertheless be safe. Mor...
Aspect‐oriented programming provides an interesting approach for implementing software‐based fault t...
The present paper proposes a C/C++ source-to-source compiler able to increase the dependability prop...
c © Copyright by Roberto Natella, 2011 Given the complexity of modern software systems and its perva...
The evolution of high-performance and low-cost microprocessors has led to their almost pervasive usa...
Microprocessor-based systems are increasingly used to control safety-critical systems (e.g., air and...
© 2018 IEEE. Several software-implemented fault injection tools and processes have been proposed to ...
The importance of fault injection techniques is widely recognized by the critical systems industry. ...
This paper introduces a framework that tackles the costs in area and energy consumed by methodologie...
Evaluating the faulty behaviour of low-cost microprocessor-based boards is an increasingly important...
With the rise of software complexity, software-related accidents represent a significant threat for ...
Abstract: Microprocessor-based embedded systems are increasingly used to control safetycritical syst...
<p>This thesis deals with techniques for designing and evaluating error detection and recovery mecha...
Microprocessor-based embedded systems are increasingly used to control safety-critical systems (e.g....
Microcontrollers require protection against transient and permanent faults when being utilized for s...
Safety-critical embedded systems often need to be cost-effective, but must nevertheless be safe. Mor...
Aspect‐oriented programming provides an interesting approach for implementing software‐based fault t...
The present paper proposes a C/C++ source-to-source compiler able to increase the dependability prop...
c © Copyright by Roberto Natella, 2011 Given the complexity of modern software systems and its perva...
The evolution of high-performance and low-cost microprocessors has led to their almost pervasive usa...
Microprocessor-based systems are increasingly used to control safety-critical systems (e.g., air and...
© 2018 IEEE. Several software-implemented fault injection tools and processes have been proposed to ...
The importance of fault injection techniques is widely recognized by the critical systems industry. ...
This paper introduces a framework that tackles the costs in area and energy consumed by methodologie...
Evaluating the faulty behaviour of low-cost microprocessor-based boards is an increasingly important...
With the rise of software complexity, software-related accidents represent a significant threat for ...