This paper presents a new algorithm for a reconfigurable distributed domain-oriented atomic object service, called DO-RAMBO, which stands for Domain-Oriented Reconfigurable Atomic Memory for Basic Objects. This service is suitable for inclusion as a middleware system service for distributed applications requiring atomic read/write data. The implementation substantially extends and refines the abstract RAMBO algorithm of Lynch and Shvartsman that supports individual atomic objects. In this paper domains are introduced to allow the users to group related atomic objects. The new implementation manages configurations on the basis of domains, significantly improving the utility and the performance of the resulting service. DO-RAMBO guarantees co...
Atomicity (or linearizability) is a commonly used consistency criterion for distributed services and...
Atomicity (or linearizability) is a commonly used consistency criterion for distributed services an...
In order to facilitate the construction of wide area distributed systems, it is necessary that we ad...
This paper presents a new algorithm for a reconfigurable distributed domain-oriented atomic object s...
Providing middleware services that implement atomic shared memory for applications deployed in dynam...
n this paper, we present Rambo, an algorithm for emulating a read/write distributed shared memory in...
Distributed data services use redundancy to ensure data availability and survivability. Replication ...
This paper presents a new algorithm implementing reconfigurable atomic read/write memory for highly ...
Abstract. Shareable data services providing consistency guarantees, such as atomicity (linearizabili...
Reading, \u27Riting, and \u27Rithmetic, the three R\u27s underlying much of human intellectual activ...
Shareable data services providing consistency guarantees, such as atomicity (linearizability), make ...
AbstractShareable data services providing consistency guarantees, such as atomicity (linearizability...
Two types of applications are considered: hard real-time (HRT) and soft real-time (SRT). HRT applica...
A widely used computational model for constructing fault-tolerant distributed applications employs a...
Distributed Object Memory (DOM) is an abstraction that represents a distributed-memory system as a s...
Atomicity (or linearizability) is a commonly used consistency criterion for distributed services and...
Atomicity (or linearizability) is a commonly used consistency criterion for distributed services an...
In order to facilitate the construction of wide area distributed systems, it is necessary that we ad...
This paper presents a new algorithm for a reconfigurable distributed domain-oriented atomic object s...
Providing middleware services that implement atomic shared memory for applications deployed in dynam...
n this paper, we present Rambo, an algorithm for emulating a read/write distributed shared memory in...
Distributed data services use redundancy to ensure data availability and survivability. Replication ...
This paper presents a new algorithm implementing reconfigurable atomic read/write memory for highly ...
Abstract. Shareable data services providing consistency guarantees, such as atomicity (linearizabili...
Reading, \u27Riting, and \u27Rithmetic, the three R\u27s underlying much of human intellectual activ...
Shareable data services providing consistency guarantees, such as atomicity (linearizability), make ...
AbstractShareable data services providing consistency guarantees, such as atomicity (linearizability...
Two types of applications are considered: hard real-time (HRT) and soft real-time (SRT). HRT applica...
A widely used computational model for constructing fault-tolerant distributed applications employs a...
Distributed Object Memory (DOM) is an abstraction that represents a distributed-memory system as a s...
Atomicity (or linearizability) is a commonly used consistency criterion for distributed services and...
Atomicity (or linearizability) is a commonly used consistency criterion for distributed services an...
In order to facilitate the construction of wide area distributed systems, it is necessary that we ad...