An important application of formal methods is the specification, design, and analysis of functional aspects of (distributed) systems. Recently the study of quantitative aspects of such systems based on formal methods has come into focus. Several extensions of formal methods where the occurrence of actions can be assigned a (fixed) probability and/or the time of occurrence of actions can be constrained are known from the literature
This book provides an introduction to formal methods based on temporal logic, for developing and ana...
Event structures are a prominent model for non-interleaving concurrency. The use of event structures...
The work is supported by the EPSRC. Abstract. In this paper we show how quantitative program logic [...
An important application of formal methods is the specification, design, and analysis of functional ...
This paper addresses the subject of linking functional specifications to performance analysis in a p...
Qualitative extensions to the Discrete EVent Systems (devs) formalism are presented based on some n...
Specification of real-time behavior of a system requires a significantly different approach compared...
This paper addresses the subject of linking functional specifications to performance analysis in a p...
There are two approaches to reasoning about distributed algorithms. In the operational approach, one...
The previous two chapters of this book discuss the construction of distributed systems and highlight...
An important problem in analyzing distributed computations is the amount of information. In event-ba...
Event structures are models of processes as events constrained by relations of consistency and enab...
Abstract An important problem in analyzing distributed computations is the amount of information. In...
AbstractIn this paper, the functional model given in (Alagar and Ramanathan, 1988, 1991) for the spe...
Kowalski and Sergot's Event Calculus (EC) is a simple temporal formalism that, given a set of event ...
This book provides an introduction to formal methods based on temporal logic, for developing and ana...
Event structures are a prominent model for non-interleaving concurrency. The use of event structures...
The work is supported by the EPSRC. Abstract. In this paper we show how quantitative program logic [...
An important application of formal methods is the specification, design, and analysis of functional ...
This paper addresses the subject of linking functional specifications to performance analysis in a p...
Qualitative extensions to the Discrete EVent Systems (devs) formalism are presented based on some n...
Specification of real-time behavior of a system requires a significantly different approach compared...
This paper addresses the subject of linking functional specifications to performance analysis in a p...
There are two approaches to reasoning about distributed algorithms. In the operational approach, one...
The previous two chapters of this book discuss the construction of distributed systems and highlight...
An important problem in analyzing distributed computations is the amount of information. In event-ba...
Event structures are models of processes as events constrained by relations of consistency and enab...
Abstract An important problem in analyzing distributed computations is the amount of information. In...
AbstractIn this paper, the functional model given in (Alagar and Ramanathan, 1988, 1991) for the spe...
Kowalski and Sergot's Event Calculus (EC) is a simple temporal formalism that, given a set of event ...
This book provides an introduction to formal methods based on temporal logic, for developing and ana...
Event structures are a prominent model for non-interleaving concurrency. The use of event structures...
The work is supported by the EPSRC. Abstract. In this paper we show how quantitative program logic [...