Add to ORKGModel checking is often applied to verify safety-critical software implemented in programmable logic controller (PLC) language such as a function block diagram (FBD). Counter-examples generated by a model checker are often too lengthy and complex to analyze. This paper describes the FBDVerifier which allows domain experts to perform automated model checking and intuitiv
In this paper we present a new testing tool for safety critical applications described in Function B...
AbstractModel checking is an automatic technique used for the verification of finite systems. A mode...
Model checking is an automatic technique used for the verification of finite systems. A model checke...
Abstract—The development of Programmable Logic Con-trollers (PLCs) in the last years has made it pos...
Model checking is a powerful formal verification method that can also be used to evaluate PLC softwa...
Abstract Software testing becomes more complex, more time-consuming, and more expensive. The risk th...
Abstract. The formal verification of FBD program is required at nu-clear power plant as traditional ...
A method for model-based test generation of safety-critical embedded applications using Programmable...
Software testing becomes more complex, more time-consuming, and more expensive. The risk that softwa...
Model checking is a promising formal verification method to complement testing in order to improve t...
In model-driven development, testers are often focusing on functional model-level testing, enabling ...
Any Instrumentation and Control (I&C) system has to be properly tested to minimize the risk of fault...
We present FBDTestMeasurer, an automated test coverage measurement tool for function block diagram (...
Dependability of an automation system requires engineers to implement formal verification procedures...
Model checking is a proven, effective method for verifying instrumentation and control system applic...
In this paper we present a new testing tool for safety critical applications described in Function B...
AbstractModel checking is an automatic technique used for the verification of finite systems. A mode...
Model checking is an automatic technique used for the verification of finite systems. A model checke...
Abstract—The development of Programmable Logic Con-trollers (PLCs) in the last years has made it pos...
Model checking is a powerful formal verification method that can also be used to evaluate PLC softwa...
Abstract Software testing becomes more complex, more time-consuming, and more expensive. The risk th...
Abstract. The formal verification of FBD program is required at nu-clear power plant as traditional ...
A method for model-based test generation of safety-critical embedded applications using Programmable...
Software testing becomes more complex, more time-consuming, and more expensive. The risk that softwa...
Model checking is a promising formal verification method to complement testing in order to improve t...
In model-driven development, testers are often focusing on functional model-level testing, enabling ...
Any Instrumentation and Control (I&C) system has to be properly tested to minimize the risk of fault...
We present FBDTestMeasurer, an automated test coverage measurement tool for function block diagram (...
Dependability of an automation system requires engineers to implement formal verification procedures...
Model checking is a proven, effective method for verifying instrumentation and control system applic...
In this paper we present a new testing tool for safety critical applications described in Function B...
AbstractModel checking is an automatic technique used for the verification of finite systems. A mode...
Model checking is an automatic technique used for the verification of finite systems. A model checke...