The differential temporal dynamic logic dTL2 is a logic to specify temporal properties of hybrid systems. It combines differential dynamic logic with temporal logic to reason about the inter-mediate states reached by a hybrid system. The logic dTL2 supports some linear time temporal properties of LTL. It extends differential temporal dynamic logic dTL with nested temporalities. We provide a semantics and a proof system for the logic dTL2, and show its usefulness for nontriv-ial temporal properties of hybrid systems. We take particular care to handle the case of alternating universal dynamic and existential temporal modalities and its dual, solving an open problem for-mulated in previous work
Hybrid traces are useful to describe behaviors of dynamic systems where continuous and discrete evol...
In this paper, we introduce tools to verify the satisfaction of temporal logic specifications using ...
21 pages. The technical report accompanying "Certifying the LTL Formula p Until q in Hybrid Systems"...
Abstract. The differential temporal dynamic logic dTL2 is a logic to specify temporal properties of ...
This paper introduces operators, semantics, characterizations, and solution-independent conditions t...
This dissertation focuses on developing tools for certifying temporal logic properties in hybrid dyn...
This dissertation focuses on developing tools for certifying temporal logic properties in hybrid dyn...
In this paper, we introduce operators, semantics, and conditions that, when possible, are solution-i...
In this paper, we introduce operators, semantics, and conditions that, when possible, are solution-i...
In contrast to what we know about controlling, verifying and reasoning about discrete state transiti...
This paper proposes a specification language, Hybrid Projection Temporal Logic (HPTL), for the purpo...
Hybridization is a method invented by Arthur Prior for extending the expressive power of modal langu...
Hybridization is a method invented by Arthur Prior for extending the expressive power of modal langu...
AbstractA simple extension of the propositional temporal logic of linear time is proposed. The exten...
Differential dynamic logic ( dL ) is a dynamic logic with first-order features which allows us to d...
Hybrid traces are useful to describe behaviors of dynamic systems where continuous and discrete evol...
In this paper, we introduce tools to verify the satisfaction of temporal logic specifications using ...
21 pages. The technical report accompanying "Certifying the LTL Formula p Until q in Hybrid Systems"...
Abstract. The differential temporal dynamic logic dTL2 is a logic to specify temporal properties of ...
This paper introduces operators, semantics, characterizations, and solution-independent conditions t...
This dissertation focuses on developing tools for certifying temporal logic properties in hybrid dyn...
This dissertation focuses on developing tools for certifying temporal logic properties in hybrid dyn...
In this paper, we introduce operators, semantics, and conditions that, when possible, are solution-i...
In this paper, we introduce operators, semantics, and conditions that, when possible, are solution-i...
In contrast to what we know about controlling, verifying and reasoning about discrete state transiti...
This paper proposes a specification language, Hybrid Projection Temporal Logic (HPTL), for the purpo...
Hybridization is a method invented by Arthur Prior for extending the expressive power of modal langu...
Hybridization is a method invented by Arthur Prior for extending the expressive power of modal langu...
AbstractA simple extension of the propositional temporal logic of linear time is proposed. The exten...
Differential dynamic logic ( dL ) is a dynamic logic with first-order features which allows us to d...
Hybrid traces are useful to describe behaviors of dynamic systems where continuous and discrete evol...
In this paper, we introduce tools to verify the satisfaction of temporal logic specifications using ...
21 pages. The technical report accompanying "Certifying the LTL Formula p Until q in Hybrid Systems"...