Fundamental Research on Post Agent Technology based on biological mechanisms

在本研究中，我们旨在开发“双”的基础技术，克服传统代理技术的局限性。双鱼具有灵活应对和适应环境变化的生物学机制。本文的研究工作取得了以下显著成果：(1)基于生物机制的双层结构基本框架构建了双层结构与活性Agent Repository （AAR）的基本框架。通过引入智能体生命周期管理机制，验证了该框架比传统方法具有更高的环境适应性。(2)基于生物机制的Double基本架构我们构建了Double的基本架构，该架构具有规则型知识处理机制，可以灵活地对知识进行添加和修改。从实验结果来看，我们证实了每个Double的扩展能力在其灵活的知识处理的作用下得到了极大的提高。(3)基于提出的框架和架构开发用户友好的多媒体信息终端根据我们的建议，我们开发了一个用户友好的多媒体信息终端，即自主视频会议终端。为了评估框架和架构的有效性，我们根据视频会议系统的行为情景表示，将我们的系统与传统系统进行了定量比较。实验结果表明，该系统可以实现传统系统所不能达到的高适应性。(4)综合评价从这些研究结果中，我们可以看出所提出的框架和架构工作的有效性。最后给出了Double的基本技术，即传统多智能体系统所不能达到的先进的灵活性和适应性。

In this research, we aimed at development of fundamental technologies of "Double" that overcomes the limitations of traditional agent technologies. The Double has some biological mechanisms to cope with and adapt to the changes of environment flexibly.We had the following remarkable results from our research activities:(1)Basic framework of Double base on biological mechanismsWe have built a basic framework of Double with Active Agent Repository (AAR). The proposed framework was confirmed that it has higher adaptability to the changeable environment than traditional method by the effect of introduction of agent life cycle management mechanism.(2)Basic architecture of Double based on biological mechanismsWe have built a basic architecture of Double with rule-type-knowledge processing mechanism that enables addition and modification of the knowledge in flexible manner. From the results of the experiments, we have confirmed that the extension ability of each Double is highly improved by the effect of its flexible knowledge processing.(3)Development of user-friendly multimedia information terminal based on the proposed framework and architectureWe have developed an user-friendly multimedia information terminal, i.e., autonomous videoconference terminal based on our proposals. To evaluate the effectiveness of the framework and architecture, we compared our system with the conventional system quantitatively, in accordance with the behavioral situation representation of videoconference system. From the results, our system has confirmed that it can realize high adaptability that traditional systems can not reach.(4)Comprehensive evaluationFrom these research results, we can show the effectiveness of the proposed framework and architecture work. In conclusion, we gave the basic technologies of Double, i.e., the advanced flexibility and adaptability that traditional multiagent systems can not achieve.