Add to ORKGHARNESS is an experimental Java-centric metacomputing system based on distributed object oriented technolgy. Its main feature is the capability to mix and match heterogeneous programming models on top of virtual machines. HARNESS virtual machines can be dynamically assembled, managed and dismantled under user control and are reconfigurable both in terms of resources enrolled and in terms of services offered. In this paper we describe how the HARNESS system supports the active, mobile agents programming model
Abstract. Mobile agents are programs that can be dispatched from one computer and delivered to a rem...
The Mobile Agent (MA) model seems to provide one of the most suitable technology for distributed sys...
Metacomputing frameworks have received renewed attention of late, fueled both by advances in hardwar...
HARNESS is an experimental Java-centric metacomputing system based on distributed object oriented te...
HARNESS is an experimental Java-centric metacomputing system based on distributed object oriented te...
HARNESS is an experimental Java-centric metacomputing system based on distributed object oriented te...
Harness is a Java-centric, experimental metacomputing framework based upon the principle of dynamic ...
Recent advances in hardware and networking have fueled the interest in distributed computing in gene...
Distributed Objects and Mobile Agents are gaining more and more popularity in parallel and distribut...
The foundation of the HARNESS experimental metacomputing system is the concept of dynamic reconfigur...
Metacomputing frameworks have received renewed attention of late, fueled both by advances in hardwar...
Agents are powerful, autonomous entities capable of performing simple, or vastly complex, operations...
In the recent years metacomputing systems have proved to be capable of coalescing computational powe...
The pervasiveness of Internet-based communication technologies is fostering new forms of distributed...
Mobility enables agents to migrate among several hosts, becoming active entities of networks. Java i...
Abstract. Mobile agents are programs that can be dispatched from one computer and delivered to a rem...
The Mobile Agent (MA) model seems to provide one of the most suitable technology for distributed sys...
Metacomputing frameworks have received renewed attention of late, fueled both by advances in hardwar...
HARNESS is an experimental Java-centric metacomputing system based on distributed object oriented te...
HARNESS is an experimental Java-centric metacomputing system based on distributed object oriented te...
HARNESS is an experimental Java-centric metacomputing system based on distributed object oriented te...
Harness is a Java-centric, experimental metacomputing framework based upon the principle of dynamic ...
Recent advances in hardware and networking have fueled the interest in distributed computing in gene...
Distributed Objects and Mobile Agents are gaining more and more popularity in parallel and distribut...
The foundation of the HARNESS experimental metacomputing system is the concept of dynamic reconfigur...
Metacomputing frameworks have received renewed attention of late, fueled both by advances in hardwar...
Agents are powerful, autonomous entities capable of performing simple, or vastly complex, operations...
In the recent years metacomputing systems have proved to be capable of coalescing computational powe...
The pervasiveness of Internet-based communication technologies is fostering new forms of distributed...
Mobility enables agents to migrate among several hosts, becoming active entities of networks. Java i...
Abstract. Mobile agents are programs that can be dispatched from one computer and delivered to a rem...
The Mobile Agent (MA) model seems to provide one of the most suitable technology for distributed sys...
Metacomputing frameworks have received renewed attention of late, fueled both by advances in hardwar...