MocOCL: A Model Checker for CTL-Extended OCL Specifications

For the bidirectional scenario (maintaing consistency between two models), most of the issues have been clarified in recent work [10, 1] and implementations with precise semantics

This paper contributes a flexible quality assurance tool set for textual models supporting quality assurance techniques like model metrics, smells, and refactorings integrated

It is thus the combination of our two contributions, a CTL-based extension of OCL, whose formal syntax and semantics extend the OCL standard without modifying existing definitions,

Description: If a node has no incoming edge, all objects in the system of the same type are possible matches for this node since matches of other nodes cannot be used to restrict

In order to be able to analyse data from different autonomic tests, two configurations, showing different levels of detail of the vascular system, have been proposed: a

This model was also consi- dered by Ihle and Lorenz [5] to discuss the phase diagram of the ordered charge transition which can be first or second order depending

This interdisciplinary model might then overcome the limitations of both the data-driven and the problem-drive models, especially when it automatically proposes the complementary

Both versions are based on two elementary phases: (1) a forward constrained exploration of the state graph using the state space construction discussed in Sect 2; followed by (2)