Add to ORKGA temporal logic for input output symbolic transition systemsIn this paper, we present a temporal logic called F whose interpretation is over Input Output Symbolic Transition Systems (IOSTS). IOSTS extend transition systems to communications and data in order to tackle communications with system environment. F is then defined as an extension of temporal logic CTL^* (a temporal logic which mixes together the features of Linear Temporal Logic (LTL) and Computational Temporal Logic (CTL)). Three basic properties are established on F: adequacy and preservation of properties along synchronized product and IOSTS refinement
In this paper we present an embedding of the most common branching time logics (CTL/CTL*) in an exte...
In this paper we present an embedding of the most common branching time logics (CTL/CTL*) in an exte...
Although data values are available in almost every computer system, reasoning about them is a challe...
A temporal logic for input output symbolic transition systemsIn this paper, we present a temporal lo...
In this paper, we present a temporal logic called F whose interpretation is over Input Output Symbol...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
Many works have been done to mathematically mod-elize reactive systems and verify their correctness....
The notion of formal description techniques for timed systems (T-FDTs) has been introduced in [EDK98...
as data consumption and of time such as execution time are very important. Logical systems which can...
A temporal logic based on actions rather than on states is presented and interpreted over labelled t...
In this paper we present an embedding of the most common branching time logics (CTL/CTL*) in an exte...
In this paper we present an embedding of the most common branching time logics (CTL/CTL*) in an exte...
In this paper we present an embedding of the most common branching time logics (CTL/CTL*) in an exte...
Although data values are available in almost every computer system, reasoning about them is a challe...
A temporal logic for input output symbolic transition systemsIn this paper, we present a temporal lo...
In this paper, we present a temporal logic called F whose interpretation is over Input Output Symbol...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
International audienceIn this paper, we present a temporal logic called F whose interpretation is ov...
Many works have been done to mathematically mod-elize reactive systems and verify their correctness....
The notion of formal description techniques for timed systems (T-FDTs) has been introduced in [EDK98...
as data consumption and of time such as execution time are very important. Logical systems which can...
A temporal logic based on actions rather than on states is presented and interpreted over labelled t...
In this paper we present an embedding of the most common branching time logics (CTL/CTL*) in an exte...
In this paper we present an embedding of the most common branching time logics (CTL/CTL*) in an exte...
In this paper we present an embedding of the most common branching time logics (CTL/CTL*) in an exte...
Although data values are available in almost every computer system, reasoning about them is a challe...