A causal broadcast protocol was proposed earlier in [1]. Two extensions of the protocol were also proposed in order to improve its throughput and bandwidth utilization. In this paper, we show that both extensions are not live, i.e., there may be execution patterns in which processes stop delivering messages. We also show that the algorithm for the second extension does not satisfy the requirements on which its correctness was established. Finally, we provide fixed versions of both extensions and prove their correctness
Ensuring causal consistency in a Distributed Shared Memory (DSM) means all operations executed at ea...
Abstract- Because network-level reliable group communication protocols rely on IP multicast and have...
\Delta-causal ordering is a communication abstraction designed for distributed applications whose me...
A causal broadcast protocol was proposed earlier in [1]. Two extensions of the protocol were also pr...
International audienceMany distributed protocols and applications rely on causal broadcast to ensure...
International audienceCausal broadcast constitutes a fundamental communication primitive of many dis...
International audienceCausal broadcast is a communication abstraction built on top of point-to-point...
International audienceCausal broadcast is a fundamental communication abstraction for many distribut...
Many distributed applications and protocols require causal broadcast. Various existing algorithms en...
Causal broadcast is a classical communication primitive that has been studied for more then three de...
Delta causal ordering is a communication abstraction designed for distributed applications whose mes...
We give an operational model of causally-ordered message-passing primitives. Based on this model, we...
International audienceA causal broadcast ensures that messages are delivered to all nodes (processes...
AbstractWe give an operational model of causally-ordered message-passing primitives. Based on this m...
International audienceScenario languages based on Message Sequence Charts (MSCs) have been widely st...
Ensuring causal consistency in a Distributed Shared Memory (DSM) means all operations executed at ea...
Abstract- Because network-level reliable group communication protocols rely on IP multicast and have...
\Delta-causal ordering is a communication abstraction designed for distributed applications whose me...
A causal broadcast protocol was proposed earlier in [1]. Two extensions of the protocol were also pr...
International audienceMany distributed protocols and applications rely on causal broadcast to ensure...
International audienceCausal broadcast constitutes a fundamental communication primitive of many dis...
International audienceCausal broadcast is a communication abstraction built on top of point-to-point...
International audienceCausal broadcast is a fundamental communication abstraction for many distribut...
Many distributed applications and protocols require causal broadcast. Various existing algorithms en...
Causal broadcast is a classical communication primitive that has been studied for more then three de...
Delta causal ordering is a communication abstraction designed for distributed applications whose mes...
We give an operational model of causally-ordered message-passing primitives. Based on this model, we...
International audienceA causal broadcast ensures that messages are delivered to all nodes (processes...
AbstractWe give an operational model of causally-ordered message-passing primitives. Based on this m...
International audienceScenario languages based on Message Sequence Charts (MSCs) have been widely st...
Ensuring causal consistency in a Distributed Shared Memory (DSM) means all operations executed at ea...
Abstract- Because network-level reliable group communication protocols rely on IP multicast and have...
\Delta-causal ordering is a communication abstraction designed for distributed applications whose me...