Add to ORKGTotal order broadcast protocols have been successfully applied as the basis for the construction of many fault-tolerant distributed systems. Unfortunately, the implementation of such a primitive can be expensive both in terms of communication steps and of number of messages exchanged. To alleviate this problem, optimistic total order protocols have been proposed. This paper addresses the problem of offering optimistic total order in geographically wide-area systems. We present a protocol that outperforms previous work, by minimizing the average latency of the optimistic notificatio
This paper presents the Optimistic Atomic Broadcast algorithm (OPT-ABcast) which exploits the sponta...
The ordering of events is a fundamental problem of distributed computing and has been extensively st...
[[abstract]]Distributed systems use inexpensive high-performance computers and can be configured to ...
Total order broadcast protocols have been successfully applied as the basis for the construction of ...
A total order protocol is a fundamental building block in the construction of distributed fault-tole...
A total order algorithm is a fundamental building block in the construction of distributed fault-tol...
Total order multicast greatly simplifies the implementa- tion of fault-tolerant services using the r...
International audienceTotal order broadcast is a fundamental building block for many distributed sys...
A total order protocol is a fundamental building block in the construction of many distributed fault...
Broadcast algorithms with total uniform order simplify the development of applications that use repl...
Message ordering is one of the cornerstones of reliable distributed systems. However, some ordering ...
Optimistic Atomic Broadcast F.Pedone and A.Schiper This paper presents an Optimistic Atomic Broadcas...
AbstractThis paper presents the Optimistic Atomic Broadcast algorithm (OPT-ABcast) which exploits th...
This paper presents the Optimistic Atomic Broadcast algorithm (OPT-ABcast) which exploits the sponta...
AbstractMulticast group communication protocols are used extensively in fault-tolerant distributed s...
This paper presents the Optimistic Atomic Broadcast algorithm (OPT-ABcast) which exploits the sponta...
The ordering of events is a fundamental problem of distributed computing and has been extensively st...
[[abstract]]Distributed systems use inexpensive high-performance computers and can be configured to ...
Total order broadcast protocols have been successfully applied as the basis for the construction of ...
A total order protocol is a fundamental building block in the construction of distributed fault-tole...
A total order algorithm is a fundamental building block in the construction of distributed fault-tol...
Total order multicast greatly simplifies the implementa- tion of fault-tolerant services using the r...
International audienceTotal order broadcast is a fundamental building block for many distributed sys...
A total order protocol is a fundamental building block in the construction of many distributed fault...
Broadcast algorithms with total uniform order simplify the development of applications that use repl...
Message ordering is one of the cornerstones of reliable distributed systems. However, some ordering ...
Optimistic Atomic Broadcast F.Pedone and A.Schiper This paper presents an Optimistic Atomic Broadcas...
AbstractThis paper presents the Optimistic Atomic Broadcast algorithm (OPT-ABcast) which exploits th...
This paper presents the Optimistic Atomic Broadcast algorithm (OPT-ABcast) which exploits the sponta...
AbstractMulticast group communication protocols are used extensively in fault-tolerant distributed s...
This paper presents the Optimistic Atomic Broadcast algorithm (OPT-ABcast) which exploits the sponta...
The ordering of events is a fundamental problem of distributed computing and has been extensively st...
[[abstract]]Distributed systems use inexpensive high-performance computers and can be configured to ...