Under the current versions of the UNIXtm operating system, it is difficult to take advantage of the massive computing power of idle or lightly-loaded workstations on a network. This paper introduces the ISIS Resource Manager, a distributed, fault-tolerant application capable of recapturing this processing power, as well as providing a transparent interface to network computing resources
A system-level approach to fault-aware resource management of many-core systems is proposed. The pro...
Traditionally, distributed systems requiring high dependability were designed using custom hardware ...
We describe applications of a new software abstraction called the virtually synchronous process gro...
The ISIS system transforms abstract type specifications into fault-tolerant distributed implementat...
The goal of the ISIS projest is to provide a high-level support for fault-tolerant distributed comp...
The ISIS system transforms abstract type specifications into fault-tolerant distributed implementat...
This paper presents the performance evaluation of a software fault manager for distributed applicati...
The ISIS distributed programming system and the META Project are described. The ISIS programming too...
The ISIS project has developed a distributed programming toolkit [2,3] and a collection of higher l...
The ISIS project has developed a new methodology, virtual synchony, for writing robust distributed s...
The difficulty of developing reliable distribution software is an impediment to applying distributed...
The Meta toolkit provides an infrastructure based upon the reactive system architecture for fault-to...
Progress in methodologies for developing robust local area network software has not been matched by...
This book covers the most essential techniques for designing and building dependable distributed sys...
AbstractDependability and security become increasingly important for distributed systems. In this pa...
A system-level approach to fault-aware resource management of many-core systems is proposed. The pro...
Traditionally, distributed systems requiring high dependability were designed using custom hardware ...
We describe applications of a new software abstraction called the virtually synchronous process gro...
The ISIS system transforms abstract type specifications into fault-tolerant distributed implementat...
The goal of the ISIS projest is to provide a high-level support for fault-tolerant distributed comp...
The ISIS system transforms abstract type specifications into fault-tolerant distributed implementat...
This paper presents the performance evaluation of a software fault manager for distributed applicati...
The ISIS distributed programming system and the META Project are described. The ISIS programming too...
The ISIS project has developed a distributed programming toolkit [2,3] and a collection of higher l...
The ISIS project has developed a new methodology, virtual synchony, for writing robust distributed s...
The difficulty of developing reliable distribution software is an impediment to applying distributed...
The Meta toolkit provides an infrastructure based upon the reactive system architecture for fault-to...
Progress in methodologies for developing robust local area network software has not been matched by...
This book covers the most essential techniques for designing and building dependable distributed sys...
AbstractDependability and security become increasingly important for distributed systems. In this pa...
A system-level approach to fault-aware resource management of many-core systems is proposed. The pro...
Traditionally, distributed systems requiring high dependability were designed using custom hardware ...
We describe applications of a new software abstraction called the virtually synchronous process gro...