We propose a reactive approach for handling a wide variety of software failures, ranging from remotely exploitable vulnerabilities to more mundane bugs that cause abnormal program termination (e.g., illegal memory dereference) or other recognizable bad behavior (e.g., computational denial of service). Our emphasis is in creating "self-healing" software that can protect itself against a recurring fault until a more comprehensive fix is applied
The introduction of self-healing capabilities to software systems could offer a way to alter the cur...
n complex concurrent critical systems, such as autonomous robots, unmanned air vehicles, and space s...
In collaborative self-organizing computing systems a complex task is performed by relatively simple ...
We propose a new approach for reacting to a wide variety of software failures, ranging from remotely...
The term “Self-healing” denotes the capability of a software system in dealing with bugs. Fault tole...
We propose a new approach for reacting to a wide variety of software failures, ranging from remotely...
Abstract. Heterogeneity, mobility, complexity and new application domains raise new soft-ware reliab...
Despite the best intentions, the competence, and the rigorous methods of designers and developers, s...
Abstract. The introduction of self-healing capabilities to software systems could offer a way to alt...
Complex computer systems are plagued with bugs and vulnerabilities. Worms such as SQL Slammer and hi...
We propose to use automatic workarounds to achieve self-healing in software systems. We observe that...
Software has, for better or worse, become a core component in the structured management and manipula...
Autonomous systems must have the ability to operate on their own in dynamic, uncertain environments ...
Heterogeneity, mobility, complexity and new application domains raise new software reliability issue...
All non-trivial software systems suffer from unanticipated production failures. However, those syste...
The introduction of self-healing capabilities to software systems could offer a way to alter the cur...
n complex concurrent critical systems, such as autonomous robots, unmanned air vehicles, and space s...
In collaborative self-organizing computing systems a complex task is performed by relatively simple ...
We propose a new approach for reacting to a wide variety of software failures, ranging from remotely...
The term “Self-healing” denotes the capability of a software system in dealing with bugs. Fault tole...
We propose a new approach for reacting to a wide variety of software failures, ranging from remotely...
Abstract. Heterogeneity, mobility, complexity and new application domains raise new soft-ware reliab...
Despite the best intentions, the competence, and the rigorous methods of designers and developers, s...
Abstract. The introduction of self-healing capabilities to software systems could offer a way to alt...
Complex computer systems are plagued with bugs and vulnerabilities. Worms such as SQL Slammer and hi...
We propose to use automatic workarounds to achieve self-healing in software systems. We observe that...
Software has, for better or worse, become a core component in the structured management and manipula...
Autonomous systems must have the ability to operate on their own in dynamic, uncertain environments ...
Heterogeneity, mobility, complexity and new application domains raise new software reliability issue...
All non-trivial software systems suffer from unanticipated production failures. However, those syste...
The introduction of self-healing capabilities to software systems could offer a way to alter the cur...
n complex concurrent critical systems, such as autonomous robots, unmanned air vehicles, and space s...
In collaborative self-organizing computing systems a complex task is performed by relatively simple ...