Proofs written in algebraic specification languages are called proof scores. The proof score approach to design verification is attractive because it provides a flexible way to prove that designs for systems satisfy properties. Thus far, however, the approach has focused on safety properties. In this paper, we describe a way to verify that designs for systems satisfy liveness properties with the approach. A mutual exclusion protocol using a queue is used as an example. We describe the design verification and explain how it is verified that the protocol satisfies the lockout freedom property
Proof assistants like PVS can be used fruitfully for the design and verification of concurrent algor...
Model checking is an automated method to prove safety and liveness properties for finite systems. So...
When proving the correctness of algorithms in distributed systems, one generally consid-ers safety c...
Satisfaction within fairness establishes an abstract notion of truth under fairness in linear-time v...
Over the past decade, formal methods have been remarkably successful in their application to the ana...
. Analysis of concurrent systems is plagued by the state explosion problem. We describe an analysis ...
This paper presents liveness properties that need to be preserved by Event-B models of distributed s...
In the realm of multi-core processors and systems-on-chip, communication fabrics constitute a key el...
Proof assistants like PVS can be used fruitfully for the design and verification of concurrent algor...
AbstractWhen proving the correctness of algorithms in distributed systems, one generally considerssa...
AbstractInterleaved models of computations limit the number of system components that can change sta...
Program verification increases the degree of confidence that a program will perform correctly. Manua...
We present a simple but novel algorithm for checking liveness properties of finite-state systems, ca...
The paper is a tutorial on some formal methods for verification of communication protocols. We focus...
In this paper, we provide the first methodology for reasoning about liveness properties of cryptogra...
Proof assistants like PVS can be used fruitfully for the design and verification of concurrent algor...
Model checking is an automated method to prove safety and liveness properties for finite systems. So...
When proving the correctness of algorithms in distributed systems, one generally consid-ers safety c...
Satisfaction within fairness establishes an abstract notion of truth under fairness in linear-time v...
Over the past decade, formal methods have been remarkably successful in their application to the ana...
. Analysis of concurrent systems is plagued by the state explosion problem. We describe an analysis ...
This paper presents liveness properties that need to be preserved by Event-B models of distributed s...
In the realm of multi-core processors and systems-on-chip, communication fabrics constitute a key el...
Proof assistants like PVS can be used fruitfully for the design and verification of concurrent algor...
AbstractWhen proving the correctness of algorithms in distributed systems, one generally considerssa...
AbstractInterleaved models of computations limit the number of system components that can change sta...
Program verification increases the degree of confidence that a program will perform correctly. Manua...
We present a simple but novel algorithm for checking liveness properties of finite-state systems, ca...
The paper is a tutorial on some formal methods for verification of communication protocols. We focus...
In this paper, we provide the first methodology for reasoning about liveness properties of cryptogra...
Proof assistants like PVS can be used fruitfully for the design and verification of concurrent algor...
Model checking is an automated method to prove safety and liveness properties for finite systems. So...
When proving the correctness of algorithms in distributed systems, one generally consid-ers safety c...