Add to ORKGModern aircraft, both piloted fly-by-wire commercial aircraft as well as UAVs, more and more depend on highly complex safety critical software systems with many sensors and computer-controlled actuators. Despite careful design and V&V of the software, severe incidents have happened due to malfunctioning software. In this paper, we discuss the use of Bayesian networks (BNs) to monitor the health of the on-board software and sensor system, and to perform advanced on-board diagnostic reasoning. We will focus on the approach to develop reliable and robust health models for the combined software and sensor systems
With increasing complexity of aircraft systems and various operational environments, fault modes and...
A prerequisite for the assurance of any mission-critical system is a comprehensive understanding of ...
Bayesian networks have been applied to many different domains to perform prognostics, reduce risk an...
Software Health Management (SWHM) is an emerging field which addresses the critical need to detect, ...
Abstract—Despite their size, small spacecraft have highly com-plex architectures with many sensors a...
For unmanned aerial systems (UAS) to be successfully deployed and integrated within the national air...
For unmanned aerial systems (UAS) to be successfully deployed and integrated within the national air...
Unmanned Aerial Systems (UAS) can only be deployed if they can effectively complete their mission an...
More and more systems (e.g., aircraft, machinery, cars) rely heavily on software, which performs saf...
In current aircraft maintenance, diagnostic and troubleshooting procedures may sometimes consume gre...
More and more systems (e.g., aircraft, machinery, cars) rely heavily on software, which performs saf...
AbstractSafety Assessment (SA) is a well-established process for assuring the safety and reliability...
Unmanned aerial systems (UASs) can only be deployed if they can effectively complete their missions ...
Safety Assessment (SA) is a well-established process for assuring the safety and reliability of crit...
Abstract. The correct detection of a fault can save worthy resources or even prevent the destruction...
With increasing complexity of aircraft systems and various operational environments, fault modes and...
A prerequisite for the assurance of any mission-critical system is a comprehensive understanding of ...
Bayesian networks have been applied to many different domains to perform prognostics, reduce risk an...
Software Health Management (SWHM) is an emerging field which addresses the critical need to detect, ...
Abstract—Despite their size, small spacecraft have highly com-plex architectures with many sensors a...
For unmanned aerial systems (UAS) to be successfully deployed and integrated within the national air...
For unmanned aerial systems (UAS) to be successfully deployed and integrated within the national air...
Unmanned Aerial Systems (UAS) can only be deployed if they can effectively complete their mission an...
More and more systems (e.g., aircraft, machinery, cars) rely heavily on software, which performs saf...
In current aircraft maintenance, diagnostic and troubleshooting procedures may sometimes consume gre...
More and more systems (e.g., aircraft, machinery, cars) rely heavily on software, which performs saf...
AbstractSafety Assessment (SA) is a well-established process for assuring the safety and reliability...
Unmanned aerial systems (UASs) can only be deployed if they can effectively complete their missions ...
Safety Assessment (SA) is a well-established process for assuring the safety and reliability of crit...
Abstract. The correct detection of a fault can save worthy resources or even prevent the destruction...
With increasing complexity of aircraft systems and various operational environments, fault modes and...
A prerequisite for the assurance of any mission-critical system is a comprehensive understanding of ...
Bayesian networks have been applied to many different domains to perform prognostics, reduce risk an...