Abstract. Refining high-level system invariants into lower-level soft-ware obligations has been successfully employed in the design of ensemble-based systems. In order to obtain guarantees of design correctness, it is necessary to formalize the invariants in a form amenable to mathemati-cal analysis. This paper provides such a formalization and demonstrates it in the context of the Invariant Refinement Method. The formalization is used to formally define invariant patterns at different levels of abstrac-tion and with respect to different (soft) real-time constraints, and to provide proofs of theorems related to refinement among these patterns
Invariants play a crucial role in system development. This contribution focuses on invariants in sys...
Abstract. In many learning problems prior knowledge about pattern variations can be formalized and b...
The continuous growth of complex systems makes the development of correct software increasingly cha...
When proving invariance properties of programs one is faced with two problems. The first problem is ...
The invariant based programming is a technique of constructing correct programs by first identifying...
The use of invariants is an important tool for analysis of distributed and concurrent systems modele...
The use of invariants is an important tool for analysis of distributed and concurrent systems modele...
This book is about the computational aspects of invariant theory. Of central interest is the questio...
Refinement is a powerful mechanism for mastering the complexities that arise when formally modelling...
We present a general algorithm for synthesizing state invari-ants that speed up automated planners a...
We present a technique designed to automatically compute predicate abstractions for dense real-timed...
In earlier work, we developed a xpoint algorithm for automatically generating state invariants, prop...
Invariants allow a rigorous treatment of types as sets in the refinement calculus, a method for deve...
Abstract—Program invariants are statements or assertions that are widely used in program analysis an...
The concept of invariant is the basis of most formal methods for the design and verification of conc...
Invariants play a crucial role in system development. This contribution focuses on invariants in sys...
Abstract. In many learning problems prior knowledge about pattern variations can be formalized and b...
The continuous growth of complex systems makes the development of correct software increasingly cha...
When proving invariance properties of programs one is faced with two problems. The first problem is ...
The invariant based programming is a technique of constructing correct programs by first identifying...
The use of invariants is an important tool for analysis of distributed and concurrent systems modele...
The use of invariants is an important tool for analysis of distributed and concurrent systems modele...
This book is about the computational aspects of invariant theory. Of central interest is the questio...
Refinement is a powerful mechanism for mastering the complexities that arise when formally modelling...
We present a general algorithm for synthesizing state invari-ants that speed up automated planners a...
We present a technique designed to automatically compute predicate abstractions for dense real-timed...
In earlier work, we developed a xpoint algorithm for automatically generating state invariants, prop...
Invariants allow a rigorous treatment of types as sets in the refinement calculus, a method for deve...
Abstract—Program invariants are statements or assertions that are widely used in program analysis an...
The concept of invariant is the basis of most formal methods for the design and verification of conc...
Invariants play a crucial role in system development. This contribution focuses on invariants in sys...
Abstract. In many learning problems prior knowledge about pattern variations can be formalized and b...
The continuous growth of complex systems makes the development of correct software increasingly cha...