Badache, N.: A distributed mutual exclusion algorithm over multi-routing protocol for mobile ad hoc networks. IJPEDS 23(3), 197-218 (2008)A. Derhab and N. A. Badache, "Distributed Mutual Exclusion Algorithm over Multi-routing Protocols for Mobile Ad Hoc Networks," Technical report, LSI-...
execution, and employing strategies like the Banker's algorithm, systems can minimize the risk of deadlocks. This proactive approach enhances overall system stability and performance, optimizing resource utilization in a way that mitigates the potential for processes to become entangled in deadlock ...
2.2. Progress for mutual exclusion Following [LH91], a mutual exclusion algorithm is called deadlock-free if, whenever there are participating pro- cesses, eventually some participating process exits. It is called starvation-free [Dij77] when every participating process eventually exits. In order ...
algorithm in the operating system35allows only one process to execute at a time in each domain51, with two exceptions: the Idle domain and the Exempt Domain. The Idle domain is the domain within which a processor executes the idle loop. Idle threads from multiple processors may execute ...
Badache, N.: A distributed mutual exclusion algorithm over multi-routing protocol for mobile ad hoc networks. IJPEDS 23(3), 197-218 (2008)A. Derhab and N. A. Badache, "Distributed Mutual Exclusion Algorithm over Multi-routing Protocols for Mobile Ad Hoc Networks," Technical report, LSI-...
In this paper, we refer to the last ones and we present a mutual exclusion algorithm in a distributed system DS structured into k-groups. The system DS contains k distinct resources (k tokens) such that each resource type is available an unique instance and assigned to one group at the ...
the banker's algorithm is a deadlock avoidance strategy where the system checks whether a resource allocation request will leave the system in a safe state. if granting the request maintains safety, the allocation is allowed; otherwise, it's postponed until it can be safely granted. in what ...
An efficient intersection traffic control using vehicular cloud computing is one of the key research topics in intelligent transportation systems. To efficiently deal with intersection traffic control via vehicle-to-vehicle communications, we design a distributed mutual exclusion algorithm that does not ...
Finally, a state-of-the-art mutual exclusion solution is proposed, which relies on a stripped-down LH version for processes, which is used as the arbitration unit in a tournament tree (TT) organization. This study documents that LH's TT-based algorithm satisfies all the mutual exclusion ...