Distributed Virtual Computer (DVC) is a computing environment which simplifies the development and execution of distributed applications on computational grids. DVC provides a simple set of abstractions to simplify application management of naming, security, communication, and resource, easing use of highly dynamic and heterogeneous resource environments. These abstractions enable complex collections of grid resources to be used in a fashion similar to private user or workgroup resources. The DVC model is attractive for lambda-grids with circuitswitched optical networks, providing a structure for exploiting unique communication and security properties. Examples of DVC’s include virtual clusters and virtual heterogeneous resource collections...
Distributed virtual environments (DVEs) have been an active area of research and engineering for mor...
This paper advocates virtualization technology as a methodology to solve the security problems that ...
Simple resource specification, resource selection, and effective binding are critical capabilities f...
Distributed Virtual Computer (DVC) is a computing environment which simplifies the development and e...
Emerging configurable optical networks and Grid computing create intriguing opportunities for new ap...
Abstract. Grid computing is a promising technology for utilizing dis-tributed computing resources se...
Modern virtual machines, such as Java and Inferno, are emerging as network computing platforms. Whil...
“Grid ” computing has emerged as an important new field, distinguished from conventional distributed...
Platform virtualization helps solving major grid computing challenges: share resource with flexible,...
A middleware system that integrates and elevates virtual machine and virtual network technologies fa...
Over the years, computers have become more powerful as their costs are declining. Most computers bou...
There are many definitions of what constitutes a “Grid ” – the most common of which identifies a Co...
There are many definitions of what constitutes a “GridO – the most common of which identifies a Comp...
this paper we present the Virtual Distributed Computing Environment (VDCE), a metacomputing environm...
Virtualization technologies are massively adopted to cover those requirements in which Operating Sys...
Distributed virtual environments (DVEs) have been an active area of research and engineering for mor...
This paper advocates virtualization technology as a methodology to solve the security problems that ...
Simple resource specification, resource selection, and effective binding are critical capabilities f...
Distributed Virtual Computer (DVC) is a computing environment which simplifies the development and e...
Emerging configurable optical networks and Grid computing create intriguing opportunities for new ap...
Abstract. Grid computing is a promising technology for utilizing dis-tributed computing resources se...
Modern virtual machines, such as Java and Inferno, are emerging as network computing platforms. Whil...
“Grid ” computing has emerged as an important new field, distinguished from conventional distributed...
Platform virtualization helps solving major grid computing challenges: share resource with flexible,...
A middleware system that integrates and elevates virtual machine and virtual network technologies fa...
Over the years, computers have become more powerful as their costs are declining. Most computers bou...
There are many definitions of what constitutes a “Grid ” – the most common of which identifies a Co...
There are many definitions of what constitutes a “GridO – the most common of which identifies a Comp...
this paper we present the Virtual Distributed Computing Environment (VDCE), a metacomputing environm...
Virtualization technologies are massively adopted to cover those requirements in which Operating Sys...
Distributed virtual environments (DVEs) have been an active area of research and engineering for mor...
This paper advocates virtualization technology as a methodology to solve the security problems that ...
Simple resource specification, resource selection, and effective binding are critical capabilities f...