The paper surveys several coordination models for mobile agent applications and outlines the advantages of uncoupled coordination models based on reactive blackboards. On this base, the paper presents the design and the implementation of the MARS system, a coordination tool for Java-based mobile agents. MARS defines Linda-like tuple spaces that can be programmed to react with specific actions to the accesses made by mobile agents
The design and development of Internet applications can take advantage of a paradigm based on autono...
Mobility introduces peculiar coordination problems in agent-based Internet applications. First, it s...
We introduce Spatial Tuples, an extension of the basic tuple-based model for distributed multi-agent...
The paper surveys several coordination models for mobile agent applications and outlines the advanta...
The paper describes the design and the Java implementation of a coordination architecture for mobile...
Mobile agents represent a secure technology. Mobile active computational entities introduce peculiar...
An agent programming model can simply specify agent behaviors as proactive behaviors and reactive be...
Mobile agents offer much promise, but agent mobility and Internet openness make coor...
The mobile agent technology is gaining more and more interest in the distributed systems community. ...
Today networks are rapidly increasing both in size and in complexity, and their management requires ...
The paper introduces a taxonomy of the possible coordination models for mobile agent applications an...
Mobile agents are a promising technology to face the problems raised by the increasi...
Traditional visits to environments interesting from a cultural point of view are based on technologi...
This paper presents MARS-X, a programmable coordinationarchitecture for Internet applications based ...
AbstractTuple space based coordination languages suffer from poor fault tolerance to agent failure. ...
The design and development of Internet applications can take advantage of a paradigm based on autono...
Mobility introduces peculiar coordination problems in agent-based Internet applications. First, it s...
We introduce Spatial Tuples, an extension of the basic tuple-based model for distributed multi-agent...
The paper surveys several coordination models for mobile agent applications and outlines the advanta...
The paper describes the design and the Java implementation of a coordination architecture for mobile...
Mobile agents represent a secure technology. Mobile active computational entities introduce peculiar...
An agent programming model can simply specify agent behaviors as proactive behaviors and reactive be...
Mobile agents offer much promise, but agent mobility and Internet openness make coor...
The mobile agent technology is gaining more and more interest in the distributed systems community. ...
Today networks are rapidly increasing both in size and in complexity, and their management requires ...
The paper introduces a taxonomy of the possible coordination models for mobile agent applications an...
Mobile agents are a promising technology to face the problems raised by the increasi...
Traditional visits to environments interesting from a cultural point of view are based on technologi...
This paper presents MARS-X, a programmable coordinationarchitecture for Internet applications based ...
AbstractTuple space based coordination languages suffer from poor fault tolerance to agent failure. ...
The design and development of Internet applications can take advantage of a paradigm based on autono...
Mobility introduces peculiar coordination problems in agent-based Internet applications. First, it s...
We introduce Spatial Tuples, an extension of the basic tuple-based model for distributed multi-agent...