This paper presents JMAS (Java Mobile Agent System), a mobile agent environment that is distributed over a network of heterogeneous computers. JMAS is built on top of Java in which an agent can move from one host to another host to perform some service. Its primary task is to provide an environment in which mobile agents can execute. It has JNS (JMAS Name Server) running on a single host, JASs (JMAS Agent Servers) distributed over a network and agent specific user interface programs (Java applets running on web browsers). JMAS Agent (JA) is a Java application class that implements a mobile agent written for a specific problem, such as querying a database, using the JMAS API by a programmer
Java is the predominant language for mobile agent systems, both for implementing mobile agent execut...
Java is the predominant language for mobile agent systems, both for implementing mobile agent execut...
The Mobile Agent (MA) model seems to provide one of the most suitable technology for distributed sys...
The recent development of telecommunication networks has contributed to the success of applications ...
The ability of autonomous and disconnected operations of mobile agents makes them a high-potential t...
We describe the architecture and programming environment of Ajanta, a Java-based system for programm...
The notion of mobile agent, a software component that can move autonomously between the different no...
Agents are powerful, autonomous entities capable of performing simple, or vastly complex, operations...
In today‟s modern era of internet and intranet where distributed networking is spreading out its eff...
This paper provides an overview of Ajanta, a Java-based mobile-agent system, and focuses in particul...
this article we discuss an architecture for mobile agents. We focus on the components in the archite...
Mobile agents are software nomads that act as your personal representative, working autonomously thr...
A mobile agent is an executing program that canmigrate during execution from machine to machine in a...
Abstract. Mobile agents are programs that can be dispatched from one computer and delivered to a rem...
In the computer area, the term "agent" describes a software entity that performs tasks on behalf of ...
Java is the predominant language for mobile agent systems, both for implementing mobile agent execut...
Java is the predominant language for mobile agent systems, both for implementing mobile agent execut...
The Mobile Agent (MA) model seems to provide one of the most suitable technology for distributed sys...
The recent development of telecommunication networks has contributed to the success of applications ...
The ability of autonomous and disconnected operations of mobile agents makes them a high-potential t...
We describe the architecture and programming environment of Ajanta, a Java-based system for programm...
The notion of mobile agent, a software component that can move autonomously between the different no...
Agents are powerful, autonomous entities capable of performing simple, or vastly complex, operations...
In today‟s modern era of internet and intranet where distributed networking is spreading out its eff...
This paper provides an overview of Ajanta, a Java-based mobile-agent system, and focuses in particul...
this article we discuss an architecture for mobile agents. We focus on the components in the archite...
Mobile agents are software nomads that act as your personal representative, working autonomously thr...
A mobile agent is an executing program that canmigrate during execution from machine to machine in a...
Abstract. Mobile agents are programs that can be dispatched from one computer and delivered to a rem...
In the computer area, the term "agent" describes a software entity that performs tasks on behalf of ...
Java is the predominant language for mobile agent systems, both for implementing mobile agent execut...
Java is the predominant language for mobile agent systems, both for implementing mobile agent execut...
The Mobile Agent (MA) model seems to provide one of the most suitable technology for distributed sys...