Add to ORKGWe study efficient and robust implementations of an atomic read-write data structure over an asynchronous distributed message-passing system made of reader and writer processes, as well as failure prone server processes implementing the data structure. We determine the exact conditions under which every read operation involves one-round of communication with the servers. These conditions relate the number of readers to the tolerated number of faulty servers, in a general model with crash and arbitrary failures
Abstract. This paper considers quorum-replicated, multi-writer, multi-reader (MWMR) implementations ...
GDD_HCERES2020The atomic register is certainly the most basic object of computing science. Its imple...
Abstract. This paper establishes tight bounds on the best-case time-complexity of distributed atomic...
We study efficient and robust implementations of an atomic read-write data structure over an asynchron...
Communication overhead is the most commonly used performance metric for the operation complexity of ...
This paper investigates time-efficient implementations of atomic read-write registers in message-pas...
Developing fast implementations of atomic read/write reg-isters in the message passing model is amon...
Distributed data services use redundancy to ensure data availability and survivability. Replication ...
GDD_HCERES2020The atomic register is certainly the most basic object of computing science. Its imple...
GDD_HCERES2020The atomic register is certainly the most basic object of computing science. Its imple...
Distributed data services use replication to ensure data availability and survivability. With replic...
International audienceThe atomic register is certainly the most basic object of computing science. I...
Distributed data services use redundancy to ensure data availability and survivability. Replication ...
Distributed data services use replication to ensure data availability and survivability. With replic...
Distributed data services use replication to ensure data availability and survivability. With replic...
Abstract. This paper considers quorum-replicated, multi-writer, multi-reader (MWMR) implementations ...
GDD_HCERES2020The atomic register is certainly the most basic object of computing science. Its imple...
Abstract. This paper establishes tight bounds on the best-case time-complexity of distributed atomic...
We study efficient and robust implementations of an atomic read-write data structure over an asynchron...
Communication overhead is the most commonly used performance metric for the operation complexity of ...
This paper investigates time-efficient implementations of atomic read-write registers in message-pas...
Developing fast implementations of atomic read/write reg-isters in the message passing model is amon...
Distributed data services use redundancy to ensure data availability and survivability. Replication ...
GDD_HCERES2020The atomic register is certainly the most basic object of computing science. Its imple...
GDD_HCERES2020The atomic register is certainly the most basic object of computing science. Its imple...
Distributed data services use replication to ensure data availability and survivability. With replic...
International audienceThe atomic register is certainly the most basic object of computing science. I...
Distributed data services use redundancy to ensure data availability and survivability. Replication ...
Distributed data services use replication to ensure data availability and survivability. With replic...
Distributed data services use replication to ensure data availability and survivability. With replic...
Abstract. This paper considers quorum-replicated, multi-writer, multi-reader (MWMR) implementations ...
GDD_HCERES2020The atomic register is certainly the most basic object of computing science. Its imple...
Abstract. This paper establishes tight bounds on the best-case time-complexity of distributed atomic...