Snapshots are useful tools for monitoring big distributed and parallel systems. In this paper, we adapt the well-known atomic snapshot abstraction to dynamic models with an unbounded number of participating processes. Our dynamic snapshot specification extends the API to allow changing the set of processes whose values should be returned from a scan operation. We introduce the ephemeral memory model, which consists of a dynamically changing set of nodes; when a node is removed, its memory can be immediately reclaimed. In this model, we present an algorithm for wait-free dynamic atomic snapshots
In the Iterated Immediate Snapshot model (IIS) the memory consists of a sequence of one-shot Immedia...
International audienceThe snapshot problem addresses a collection of important algorithmic issues re...
Deployments of networked sensors fuel online applications that feed on real-time sensor data. This s...
An atomic snapshot object is an object that can be concurrently accessed by n asynchronous processes...
AbstractAn atomic snapshot memory is an implementation of a multiple-location shared memory that can...
The snapshot problem was first proposed over a decade ago and has since been well-studied in the dis...
An atomic snapshot object is an object that can be concurrently accessed by asynchronous processes p...
International audienceAn atomic snapshot object is an object that can be concurrently accessed by as...
International audienceThis paper exposes an adaptation of the classic algorithm for consistent snaps...
ABSTRACT A snapshot object is an abstraction of the fundamental problem of obtaining a consistent vi...
Existing n-process implementations of atomic snapshots from registers use large registers. We consid...
The ability to take transaction-consistent snapshots of a distributed persistent object store is use...
The field of distributed computing has given rise to many algorithms to share data among nodes in a ...
Distributed snapshots, as introduced by Chandy and Lamport in the context of asynchronous failure-fr...
We consider the problem of implementing an atomic snapshot memory in synchronous distributed system...
In the Iterated Immediate Snapshot model (IIS) the memory consists of a sequence of one-shot Immedia...
International audienceThe snapshot problem addresses a collection of important algorithmic issues re...
Deployments of networked sensors fuel online applications that feed on real-time sensor data. This s...
An atomic snapshot object is an object that can be concurrently accessed by n asynchronous processes...
AbstractAn atomic snapshot memory is an implementation of a multiple-location shared memory that can...
The snapshot problem was first proposed over a decade ago and has since been well-studied in the dis...
An atomic snapshot object is an object that can be concurrently accessed by asynchronous processes p...
International audienceAn atomic snapshot object is an object that can be concurrently accessed by as...
International audienceThis paper exposes an adaptation of the classic algorithm for consistent snaps...
ABSTRACT A snapshot object is an abstraction of the fundamental problem of obtaining a consistent vi...
Existing n-process implementations of atomic snapshots from registers use large registers. We consid...
The ability to take transaction-consistent snapshots of a distributed persistent object store is use...
The field of distributed computing has given rise to many algorithms to share data among nodes in a ...
Distributed snapshots, as introduced by Chandy and Lamport in the context of asynchronous failure-fr...
We consider the problem of implementing an atomic snapshot memory in synchronous distributed system...
In the Iterated Immediate Snapshot model (IIS) the memory consists of a sequence of one-shot Immedia...
International audienceThe snapshot problem addresses a collection of important algorithmic issues re...
Deployments of networked sensors fuel online applications that feed on real-time sensor data. This s...