The usefulness of three software fault tolerance techniques -- n-version programming, recovery blocks, and exception handling is examined within the context of real-time safety-critical environments. The general requirements of such application systems are presented and the techniques evaluated with regard to how well they satisfy these requirements
Fault tolerance is the characteristic of a system that tolerates the class of failures. It will anal...
As software becomes more and more pervasive and complex, it is increasingly important to assure that...
Software Systems While fault tolerant software is seen as a necessity, it is also controversial and ...
The paper provides dependability modeling and evaluation (encompassing reliability and safety issues...
Current mainstream software engineering methods do not consider fault tolerance in the requirements...
This report examines the state of the field of software fault tolerance. Terminology, techniques for...
Real time systems are those systems which must guarantee to response correctly within strict time co...
This paper is devoted to an overview of software fault tolerance by means of design diversity, i.e. ...
This paper discusses the modeling and analysis of three major fault-tolerant software system archite...
<p>This thesis deals with techniques for designing and evaluating error detection and recovery mecha...
this paper, we focus on methods of fault tolerance, and investigate the differences between hardware...
Safety-critical software systems have traditionally been found in the aerospace-, nuclear- andmedica...
501-509To make an event-triggered real-time system safe in application layer, this study presents a ...
Systems that operate in extremely volatile environments, such as orbiting satellites, must be design...
With the rise of software complexity, software-related accidents represent a significant threat for ...
Fault tolerance is the characteristic of a system that tolerates the class of failures. It will anal...
As software becomes more and more pervasive and complex, it is increasingly important to assure that...
Software Systems While fault tolerant software is seen as a necessity, it is also controversial and ...
The paper provides dependability modeling and evaluation (encompassing reliability and safety issues...
Current mainstream software engineering methods do not consider fault tolerance in the requirements...
This report examines the state of the field of software fault tolerance. Terminology, techniques for...
Real time systems are those systems which must guarantee to response correctly within strict time co...
This paper is devoted to an overview of software fault tolerance by means of design diversity, i.e. ...
This paper discusses the modeling and analysis of three major fault-tolerant software system archite...
<p>This thesis deals with techniques for designing and evaluating error detection and recovery mecha...
this paper, we focus on methods of fault tolerance, and investigate the differences between hardware...
Safety-critical software systems have traditionally been found in the aerospace-, nuclear- andmedica...
501-509To make an event-triggered real-time system safe in application layer, this study presents a ...
Systems that operate in extremely volatile environments, such as orbiting satellites, must be design...
With the rise of software complexity, software-related accidents represent a significant threat for ...
Fault tolerance is the characteristic of a system that tolerates the class of failures. It will anal...
As software becomes more and more pervasive and complex, it is increasingly important to assure that...
Software Systems While fault tolerant software is seen as a necessity, it is also controversial and ...