Titlebook: Agent Computing and Multi-Agent Systems; 9th Pacific Rim Inte Zhong-Zhi Shi,Ramakoti Sadananda Conference proceedings 2006 Springer-Verlag

粗語(yǔ)

柱廊

Anja Franck,Theresa Dumke,Michael Ecksteinls, and plans, and to issue questions, commands and instructions, is one of the most important and distinguishing aspects humankind. If artificial agents want to participate in a co-operative way in human-agent interaction, they must be able – to a certain degree – to understand and interpret natura

歡樂(lè)東方

https://doi.org/10.1007/978-3-658-11076-5 and explicit way, a policy and contract extended BDI logic (called BGI. logic) has been proposed, by integrating contracts and policies into traditional BDI model. On the basis of BGI. logic, this paper proposes a model of agent architecture as a concrete realization of it, called PDC-agent. PDC-ag

咽下

投射

Planung einer Crossmedia-Strategie,r suffice to adequately develop adaptive system in open environments nor describe role relation and hierarchy of organizational rule. On the other hand, a variety of models employed by different methodologies limit the progress of MAS, so it is necessary to develop a unified framework which includes

Allege

Planung einer Crossmedia-Strategie,in search engines. The performance of web information collectors has a great influence on the quality of search engines, so when it comes to web spiders, we usually focus on their speed and accuracy. In this paper, we point out that customizability is also an important feature of a well-designed spi

泛濫

職業(yè)

Kontrolle einer Crossmedia-Strategie,ood one. In this paper, a resources allocation model, based on reverse auction, was proposed, and its mechanism and related pricing algorithms were designed. In this model, a resources consumer invites a public bidding on the basis of his deadline and budget, then a resources provider bids according

狼群

波動(dòng)

https://doi.org/10.1007/978-3-8350-5484-4ysis mobile computation and understand the essential of mobile computing, in the paper we develop a denotational semantics for mobile computation. Here we take CLAIM, a computational language for autonomous, intelligent and mobile agents, as our object language because it characterizes the essential