Implementation Abstract. Minimal change is a fundamental principle for modeling system dynamics. In this paper, we study the issue of minimal change for Computational Tree Logic (CTL) model update. We first propose five primitive operations which capture the basic update of the CTL model, and then define the minimal change criteria for CTL model update based on these primitive operations. We provide essential semantic and computational characterizations for our CTL model update approach. We develop a formal algorithm to implement this update that employs the underlying minimal change principle. We also present a CTL model update example using the well known microwave oven scenario.
Model checking is an existing approach for automatic reasoning. The model checker is an important to...
AbstractWe present a nondeterministic, recursive algorithm for updating a Kripke model so as to sati...
Abstract. Model checking has been successfully applied to system veri-fication. However, there are n...
Minimal change is a fundamental principle for modeling system dynamics. In this paper, we study the ...
Minimal change is a fundamental principle for modelling system dynamics. In this paper, we study the...
Model checking is a promising technology, which has been applied for verification of many hardware a...
Model checking is a promising technology, which has been applied for verification of many hardware a...
Abstract. Computational Tree Logic (CTL) model update is a new system modication method for software...
Model updating, as a new concept to be employed as a standard and universal method for system modifi...
The original publication can be found at www.springerlink.comModel updating, as a new concept to be ...
Computational Tree Logic (CTL) model update is a new system modification method for software verific...
Computational Tree Logic (CTL) model update is a new system modification method for software verific...
Computational Tree Logic (CTL) model update is an approach to software verification and modification...
Computation Tree Logic (CTL) model update is an approach for software verification and modification,...
Model update is an approach to enhance model checking functions by providing computer aided modifica...
Model checking is an existing approach for automatic reasoning. The model checker is an important to...
AbstractWe present a nondeterministic, recursive algorithm for updating a Kripke model so as to sati...
Abstract. Model checking has been successfully applied to system veri-fication. However, there are n...
Minimal change is a fundamental principle for modeling system dynamics. In this paper, we study the ...
Minimal change is a fundamental principle for modelling system dynamics. In this paper, we study the...
Model checking is a promising technology, which has been applied for verification of many hardware a...
Model checking is a promising technology, which has been applied for verification of many hardware a...
Abstract. Computational Tree Logic (CTL) model update is a new system modication method for software...
Model updating, as a new concept to be employed as a standard and universal method for system modifi...
The original publication can be found at www.springerlink.comModel updating, as a new concept to be ...
Computational Tree Logic (CTL) model update is a new system modification method for software verific...
Computational Tree Logic (CTL) model update is a new system modification method for software verific...
Computational Tree Logic (CTL) model update is an approach to software verification and modification...
Computation Tree Logic (CTL) model update is an approach for software verification and modification,...
Model update is an approach to enhance model checking functions by providing computer aided modifica...
Model checking is an existing approach for automatic reasoning. The model checker is an important to...
AbstractWe present a nondeterministic, recursive algorithm for updating a Kripke model so as to sati...
Abstract. Model checking has been successfully applied to system veri-fication. However, there are n...