A metacomputer is a set of computing resources, heterogeneous in many respects, turned into a single, uniformly accessible, computing environment. In such a system, the workload of highly demanding parallel applications that run alongside less demanding ones, has to be balanced. In the Polder Initiative we design and experiment with methods that are essential in this field. The modular structure of our metacomputer facilitates the exploration of fundamental research issues associated with load sharing and balancing, task migration, remote access, etc. In this paper we present our work in progress on a hierarchical approach in resource management (RM) for wide-area metacomputing
Large metasystems comprised of a variety of interconnected high-performance architectures are becomi...
Metacomputing allows the exploitation of geographically seperate, heterogenous networks and resource...
The coordinated use of geographically distributed computers, or metacomputing, can in principle prov...
A metacomputer is a set of computing resources, heterogeneous in many respects, turned into a single...
A metacomputer is a set of computing resources, heterogeneous in many respects, turned into a single...
Metacomputing systems are intended to support remote and/or concurrent use of geographically distrib...
The goal of a metacomputing system is to increase job throughput by using all available resources in...
Ever-growing computational demands, along with the need for efficient utilization of existing superc...
A metacomputer is a set of machines networked together for increased computational performance. To b...
We explore the creation of a metacomputer by the aggre-gation of independent sites. Joining a metaco...
. Computing resources which are transparently available to the user via networked environments are c...
(eng) We discuss algorithms and tools to help program and use metacomputing resources in the forthco...
The paper describes the design, implementation, and use of a commercial metacomputing environment fo...
The recent development of gigabit networking technology, combined with the proliferation of low-cost...
The appropriate organization of application components and their right mapping into physical resourc...
Large metasystems comprised of a variety of interconnected high-performance architectures are becomi...
Metacomputing allows the exploitation of geographically seperate, heterogenous networks and resource...
The coordinated use of geographically distributed computers, or metacomputing, can in principle prov...
A metacomputer is a set of computing resources, heterogeneous in many respects, turned into a single...
A metacomputer is a set of computing resources, heterogeneous in many respects, turned into a single...
Metacomputing systems are intended to support remote and/or concurrent use of geographically distrib...
The goal of a metacomputing system is to increase job throughput by using all available resources in...
Ever-growing computational demands, along with the need for efficient utilization of existing superc...
A metacomputer is a set of machines networked together for increased computational performance. To b...
We explore the creation of a metacomputer by the aggre-gation of independent sites. Joining a metaco...
. Computing resources which are transparently available to the user via networked environments are c...
(eng) We discuss algorithms and tools to help program and use metacomputing resources in the forthco...
The paper describes the design, implementation, and use of a commercial metacomputing environment fo...
The recent development of gigabit networking technology, combined with the proliferation of low-cost...
The appropriate organization of application components and their right mapping into physical resourc...
Large metasystems comprised of a variety of interconnected high-performance architectures are becomi...
Metacomputing allows the exploitation of geographically seperate, heterogenous networks and resource...
The coordinated use of geographically distributed computers, or metacomputing, can in principle prov...