In this paper we present SATE, a tool aiming at increasing test efficiency of model-based testing of DES using two approaches: design-to-test and plant features. First, the design-to-test approach automatically modifies the design while maintaining the original system behavior to overcome controllability, observability and SIC-testability issues. Secondly, testing with plant features reduces the number of test cases taking into account restrictions on the input space of programmable logic controllers caused by the plant that is to be controlled.     «

In this paper we present SATE, a tool aiming at increasing test efficiency of model-based testing of DES using two approaches: design-to-test and plant features. First, the design-to-test approach automatically modifies the design while maintaining the original system behavior to overcome controllability, observability and SIC-testability issues. Secondly, testing with plant features reduces the number of test cases taking into account restrictions on the input space of programmable logic contro...     »