AbstractWe investigate the complexity of the model checking problem for hybrid logics. We provide model checking algorithms for various hybrid fragments and we prove PSPACE-completeness for hybrid fragments including binders. We complement and motivate our complexity results with an application of model checking in hybrid logic to the problems of query and constraint evaluation for semistructured data
AbstractWe suggest and develop mathematical foundations for quantitative versions of hybrid logics b...
AbstractThis paper studies the structural complexity of model checking for several timed modal logic...
AbstractMany applications, for instance the MS .NET Global Assembly Cache (GAC), are naturally expre...
AbstractWe investigate the complexity of the model checking problem for hybrid logics. We provide mo...
We investigate the complexity of the model checking problem for hybrid logics. We provide model chec...
Hybrid logic refers to a group of logics lying between modal and first-order logic in which one can ...
This paper examines and classifies the computational complexity of model checking and satisfiability...
Mathematical logic and computational complexity have close connections that can be traced to the roo...
Abstract. Hybrid logics extend modal logics by first-order concepts, in particular they allow a limi...
Mathematical logic and computational complexity have close connections that can be traced to the roo...
We investigate expressivity and complexity of hybrid logics on linear structures. Hy-brid logics are...
Hybrid branching-time logics are a powerful extension of branching-time logics like CTL, CTL^* or ev...
The large volume and nature of data available to the casual users and programs motivate the increasi...
Hybrid logic with binders is an expressive specification language. Its satisfiability problem is und...
We study consistency, satis¯ability, and validity problems for collectively model checking a set of ...
AbstractWe suggest and develop mathematical foundations for quantitative versions of hybrid logics b...
AbstractThis paper studies the structural complexity of model checking for several timed modal logic...
AbstractMany applications, for instance the MS .NET Global Assembly Cache (GAC), are naturally expre...
AbstractWe investigate the complexity of the model checking problem for hybrid logics. We provide mo...
We investigate the complexity of the model checking problem for hybrid logics. We provide model chec...
Hybrid logic refers to a group of logics lying between modal and first-order logic in which one can ...
This paper examines and classifies the computational complexity of model checking and satisfiability...
Mathematical logic and computational complexity have close connections that can be traced to the roo...
Abstract. Hybrid logics extend modal logics by first-order concepts, in particular they allow a limi...
Mathematical logic and computational complexity have close connections that can be traced to the roo...
We investigate expressivity and complexity of hybrid logics on linear structures. Hy-brid logics are...
Hybrid branching-time logics are a powerful extension of branching-time logics like CTL, CTL^* or ev...
The large volume and nature of data available to the casual users and programs motivate the increasi...
Hybrid logic with binders is an expressive specification language. Its satisfiability problem is und...
We study consistency, satis¯ability, and validity problems for collectively model checking a set of ...
AbstractWe suggest and develop mathematical foundations for quantitative versions of hybrid logics b...
AbstractThis paper studies the structural complexity of model checking for several timed modal logic...
AbstractMany applications, for instance the MS .NET Global Assembly Cache (GAC), are naturally expre...