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Safety-Critical Systems
Automating many processes in our society took up the pace in the last couple of decades. One of the major aspects of that automation is digitization,...
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Uncertainty Modelling in Performability Prediction for Safety-Critical Systems
Failure of safety-critical systems (SCSs) devastates human life and the environment and involves huge costs. So, quality assurance is essential for...
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A reward-based performability modelling of a fault-tolerant safety–critical system
Nowadays, various computer system carries out critical functions. The failure of these systems leads to unacceptable loss. Such systems are called...
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Safety-Critical Control
In the preceding chapter, we discussed the fundamentals of Lyapunov theory, and how these ideas can be used to design controllers enforcing stability...
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Robust Safety-Critical Control for Systems with Actuation Uncertainty
In earlier chapters, our main objective was to design controllers for nonlinear systems with parametric uncertainty so that the closed-loop system...
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Adaptive and Learning-Based Control of Safety-Critical Systems
This book stems from the growing use of learning-based techniques, such as reinforcement learning and adaptive control, in the control of autonomous...
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Arctic Vessel Safety Systems
In the previous chapter we discussed some of the primary safety systems associated with eliminating or reducing icing on critical equipment. This...
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Machine Learning Model for Fault Detection in Safety Critical System
Common bearing failure modes (wear, contamination, corrosion, overload, misalignment, etc.) have unique characteristics, requiring diverse...
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Adaptive Safety-Critical Control
In the previous chapter, we discussed how techniques from adaptive control can be used to construct stabilizing controllers for nonlinear systems...
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Artificially Intelligent Active Safety Systems
To better connect the Artificial Intelligence and Vehicle Control Communities, the SAE set of terms and definitions for Active Safety Systems is used...
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Criticality Analysis for Safety–Critical Systems Using FMEA
The failure prevention technique is playing a crucial role in safety critical systems as the testing is not sufficient to make sure that the system...
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Develo** Dependable IoT Systems: Safety Perspective
The rapid proliferation of internet-connected devices in public and private spaces offers humanity numerous conveniences, including many safety...
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Securing Public Safety Mission-Critical 5G Communications of Smart Cities
The fifth-generation mobile network (5G) is expected to turn smart cities’ theoretical deployment into reality, offering ultra-reliable and...
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A Critical Review of the Usage of Auxiliary Drones in Passenger Aviation Safety Systems
Over the last few decades, the aviation sector has been the fastest growing sector in the world. This has raised a lot of major safety concerns in...
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Requirements for Safety-Critical Systems
The identification of existing safety functions of legacy systems, the determination of requirements for standard safety functions, and especially...
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Identifying critical transitions and instability in haptic systems
In this paper, we show that oscillations associated with instability in haptic feedback systems can be identified using methods developed to detect...
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Integration of reliability, availability, maintainability and safety in model-based systems engineering
This paper presents the work performed by Thales Alenia Space in the frame of ESA studies focused on the integration of reliability, availability,...
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Reusable Architectures for Safety-Critical
Increasing levels of electrification and automated driving systems are resulting in the replacement and augmentation of vehicle functions with...
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Using Hidden Markov Chain for Improving the Dependability of Safety-Critical WSNs
Wireless Sensor Networks (WSNs) are distributed network systems used in a wide range of applications, including safety-critical systems. The latter...