Add to ORKGSoftware and business processes used in mission-critical defence applications are often characterised by stochastic behaviour. The causes for this behaviour range from unanticipated environmental changes and built-in random delays to component and communication protocol unreliability. This paper overviews the use of a stochastic modelling and analysis technique called quantitative verication to establish whether mission-critical software and business processes meet their reliability, performance and other quality-of-service requirements
Security is a topic of ever increasing interest. Today it is widely accepted that, due to the unavoi...
Hazard identification methods are important tools to verify that the system is able to operate accor...
Context: Existing software workbenches allow for the deployment of cloud applications across a varie...
Software and business processes used in mission-critical defence applications are often characterise...
Operational processes are at the core of many organisations. The failure and misuse of these process...
Formal verification is used to establish the compliance of software and hardware systems with import...
Nowadays requirements related to quality attributes such as performance, reliability, safety and sec...
Many software systems exhibit probabilistic behaviour, either added explicitly, to improve performan...
The increasing importance of safety-critical fault-tolerant systems causes the need of quantitativel...
Over the last two decades formal methods have been extended towards performance and reliability eval...
Cyber-physical systems (CPS) are intended to receive information from the environment through sensor...
The field of Software Engineering (SE) is the study of systematic and quantifiable approaches to sof...
Stochastic models are widely used to verify whether systems satisfy their reliability, performance a...
Over the last two decades formal methods have been extended towards performance and reliability eval...
Stochastic models are widely used to verify whether systems satisfy their reliability, performance a...
Security is a topic of ever increasing interest. Today it is widely accepted that, due to the unavoi...
Hazard identification methods are important tools to verify that the system is able to operate accor...
Context: Existing software workbenches allow for the deployment of cloud applications across a varie...
Software and business processes used in mission-critical defence applications are often characterise...
Operational processes are at the core of many organisations. The failure and misuse of these process...
Formal verification is used to establish the compliance of software and hardware systems with import...
Nowadays requirements related to quality attributes such as performance, reliability, safety and sec...
Many software systems exhibit probabilistic behaviour, either added explicitly, to improve performan...
The increasing importance of safety-critical fault-tolerant systems causes the need of quantitativel...
Over the last two decades formal methods have been extended towards performance and reliability eval...
Cyber-physical systems (CPS) are intended to receive information from the environment through sensor...
The field of Software Engineering (SE) is the study of systematic and quantifiable approaches to sof...
Stochastic models are widely used to verify whether systems satisfy their reliability, performance a...
Over the last two decades formal methods have been extended towards performance and reliability eval...
Stochastic models are widely used to verify whether systems satisfy their reliability, performance a...
Security is a topic of ever increasing interest. Today it is widely accepted that, due to the unavoi...
Hazard identification methods are important tools to verify that the system is able to operate accor...
Context: Existing software workbenches allow for the deployment of cloud applications across a varie...