Partial-order reduction is a well-known technique to cope with the state-space-explosion problem in the verification of concurrent systems. Using the hierarchical structure of consurrent systems, we present an enhancement of the partial-order-reduction scheme of [12,19]. A prototype of the new algorithm has been implemented on top of the verification tool SPIN. The first experimental results are encouraging
Partial-order reduction is one of the main techniques used to tackle the combinatorial state explosi...
A key challenge in the synthesis and subsequent analysis of supervisory controllers is the impact of...
Partial-order reduction is one of the main techniques used to tackle the combinatorial state explosi...
Partial-order reduction is a well-known technique to cope with the state-space-explosion problem in ...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
Partial-order reduction is a well-known technique to cope with the state-space-explosion problem in ...
Partial-order reduction is a well-known technique to cope with the state-space-explosion problem in ...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
AbstractState space explosion is a fundamental obstacle in formal verification of concurrent systems...
Partial-order reduction is one of the main techniques used to tackle the combinatorial state explosi...
A key challenge in the synthesis and subsequent analysis of supervisory controllers is the impact of...
Partial-order reduction is one of the main techniques used to tackle the combinatorial state explosi...
A key challenge in the synthesis and subsequent analysis of supervisory controllers is the impact of...
Partial-order reduction is one of the main techniques used to tackle the combinatorial state explosi...
Partial-order reduction is a well-known technique to cope with the state-space-explosion problem in ...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
Partial-order reduction is a well-known technique to cope with the state-space-explosion problem in ...
Partial-order reduction is a well-known technique to cope with the state-space-explosion problem in ...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
The verification of concurrent systems through an exhaustive traversal of the state space suffers fr...
AbstractState space explosion is a fundamental obstacle in formal verification of concurrent systems...
Partial-order reduction is one of the main techniques used to tackle the combinatorial state explosi...
A key challenge in the synthesis and subsequent analysis of supervisory controllers is the impact of...
Partial-order reduction is one of the main techniques used to tackle the combinatorial state explosi...
A key challenge in the synthesis and subsequent analysis of supervisory controllers is the impact of...
Partial-order reduction is one of the main techniques used to tackle the combinatorial state explosi...