This article describes methods and tools for automated safety analysis of UML statechart specifications. The general safety criteria described in the literature are reviewed, updated and applied for using in automated specification completeness and consistency analysis of object-oriented specifications. These techniques are proposed and based on OCL expressions, graph transformations and reachability analysis. To help the checking intermediate representations will be introduced. For using these forms, the correctness and completeness of checker methods can be proven. For the non-checkable criteria two constructive methods are proposed. They use design patterns and OCL expressions to enforce observation of the safety criteria. The usability ...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...
This article describes methods and tools for automated safety analysis of UML statechart specificati...
The model based development is a widely accepted phenomenon to build reliable software. This has pro...
Abstract — In this article, we present algorithms devised for the automatic verification of UML(Unif...
Evidence has shown that the lack of traceability between safety requirements and both architecture a...
A new technique for applying safety principles, termed safety shell, eases the formal verification b...
A new technique for applying safety principles, termed safety shell, eases the formal verification b...
A new technique for applying safety principles, termed safety shell, eases the formal verification b...
A new technique for applying safety principles, termed safety shell, eases the formal verification b...
This thesis is about formal specification and formal verification of software and consists of three ...
This thesis is about formal specification and formal verification of software and consists of three ...
Abstract. State Machines constitute an integral part of software behavior specification within the U...
Safety-critical systems are becoming more complex, both in the type of functionality they provide an...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...
This article describes methods and tools for automated safety analysis of UML statechart specificati...
The model based development is a widely accepted phenomenon to build reliable software. This has pro...
Abstract — In this article, we present algorithms devised for the automatic verification of UML(Unif...
Evidence has shown that the lack of traceability between safety requirements and both architecture a...
A new technique for applying safety principles, termed safety shell, eases the formal verification b...
A new technique for applying safety principles, termed safety shell, eases the formal verification b...
A new technique for applying safety principles, termed safety shell, eases the formal verification b...
A new technique for applying safety principles, termed safety shell, eases the formal verification b...
This thesis is about formal specification and formal verification of software and consists of three ...
This thesis is about formal specification and formal verification of software and consists of three ...
Abstract. State Machines constitute an integral part of software behavior specification within the U...
Safety-critical systems are becoming more complex, both in the type of functionality they provide an...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...
In this paper we define a requirements-level execution semantics for object-oriented statecharts and...