查询词典 agent

Based on the logic dependent relation and first-order logic, AND/OR graphs of single target with unit agent, and single target with multi-agent, joint targets with multi-agent were gotten respectively. As an example, single target with multi-agent was used to illustrate AO(superscript *) searching algorithm of logic dependent relations.

在分析逻辑依赖关系与一阶谓词表示法基础上，分别给出了单agent单目标、多agent单目标、多agent联合目标的逻辑依赖关系的与／或图表达方法，并应用与／或图的AO搜索算法，以多agent单目标情形为例，演示多agent系统中逻辑依赖关系的计算过程。

Based on our former work on agent BDI logic, multi-agent cooperation logics and multi-agent cooperative problem solving process modeling, as well as the work of Baral et al. on non-monotonic temporal logics, strong and weak exceptions were introduced to Alternating-time Temporal Logic that was the primogenitor of multi-agent cooperation logics. As a result, non-monotonic alternating-time temporal logic was developed, and its syntax and semantics were proposed.

在前期关于Agent BDI逻辑、多Agent合作逻辑、多Agent合作问题求解过程建模等研究工作的基础上，借鉴Baral等人开发非单调线性时态逻辑N-LTL的技术，利用强弱例外对多Agent合作逻辑的开创性工作交互时态逻辑进行拓展，建立非单调交互时态逻辑NATL，给出其语法和语义。

The Agent and the MAS architecture were mentioned as the core of M-GIS〓. The standards, criterions and protocols were discussed as the indemnification of M-GIS〓. The third part discussed the Agent, MAS architectures, Agent-Oriented Software Engineering and how to use these theories in M-GIS〓. Based on the clearly cognition of the Agent, MAS and AOSE, the universal Spatial-Info Agent architecture was proposed. This part put the emphasis on applying of the theories about Agent, MAS and AOSE and solving the organization problems of M-GIS〓.

本文在总结、梳理Agent、MAS以及AOSE理论的基础上，提出对Agent的认识观点与看法及如何应用Agent模型，在此基础上创造性地提出了空间信息智能体结构，并基于混合式MAS体系结构，提出来构建基于MAS体系的移动GIS集成服务框架结构，力图将Agent理论、MAS体系与AOSE的方法引入移动GIS集成服务中来，在针对复杂系统建设的GIS软件工程理论与方法上寻求创新。

The scheme adopts a multi-agent system and a threshold secret share technology, in which the secret information and the shares are carried by many different agents, adopts D-H key exchange technology to encrypt intermediate result to hide real intention of agent, to protect the privacy of agents and to enhance the reliability and the fault-tolerance capability of the mobile agent system. A mobile agent with limited authorization can sign a message on behalf of a user at far-end without divulging the user s private key. In order to avoid rebuilder attack the time-stampe mechanism is adopted.

运用信息加密和身份认证技术，实现了移动Agent和Agent平台间双向身份认证，有效地防止了恶意Agent对Agent平台的攻击或越权访问以及恶意Agent平台对Agent的攻击；引入远端可信任的代理平台作为数据处理平台，采用多代理系统和门限秘密共享技术，将加密信息和密钥由多

This model decompounds the cooperative partners of virtual enterprises as the roles of the agile supply through analyzing the business process of the agile supply chain; an agent stands for one role of the agile supply chain. We give the architecture of agent negotiation and the reasoning process model based multi-agent negotiation with fuzzy logic control after analyzing the process of multi-agent negotiation. An evaluating principle of the cooperative partners is given for this reasoning process model firstly, then, we analyze the factor, which affect the agent evaluating the cooperative partners with the principle. An evaluation index system is designed for multi-agent and multi-issue and multi-level negotiation, then, we evaluate the proposal in the agent negotiation with the index system fuzzily and synthetically and the result range from 0 to 1. This evaluation method is generic, furthermore, for the adaptability of agent, partiality of agent can be defined manually or automatically, the user can adjust the partiality with changing the weight to optimize negotiation results.

该模型在分析了敏捷供应链的业务流程的基础上将动态联盟的合作伙伴企业按角色进行分解，用Agent来代表每个角色，在分析了Agent谈判的过程之后给出了谈判Agent的体系结构，然后给出了基于模糊逻辑控制的Agent的谈判推理模型，该推理模型首先建立了合作伙伴企业评价体系的原则，并基于此原则分析了影响Agent对合作伙伴企业的评价因素，然后建立了多Agent多问题多级评价指标体系，并基于该指标体系对Agent在谈判中的建议进行模糊综合评价，评价结果是位于区间[0，1]上的值，该评价方法不仅具有通用性，而且Agent可以通过调整各级指标的权重来定义自己的偏好。

Virtual teacher agent which involves assistant agent, monitor agent, evaluation agent, and administration agent is also described in WINCOL system.

WINCOL系统中同教师模型相对应的是虚拟教师Agent，包括辅导Agent、监控Agent、评价Agent和管理Agent。

In Intelligent Item Bank System, every Agent acts for a role, such as, teacher Agent, student Agent and decision Agent, and so on. According to the demands of the role, Agent finishes given task.

在智能试题库系统中，每个Agent都代理了一种角色，如：教师Agent，学生Agent和决策Agent等，根据角色的要求完成特定的任务。

EC leads limitless opportunity to enterprise, at the same time, it also brings many technical problems such as Information Overloadx Resource Puzzle , etCc Distributed Artificial Intelligence assists people to solve these problems with the employment of agent technology oThis paper is intended to research on agent s theory as well as systematic structure.

分布式人工智能DAI(Distributed Artificial Intelligence)应用领域中的Agent技术，帮助人们解决这些问题。本论文通过对Agent技术理论和体系结构的研究，结合对电子商务的理解，给出电子商务领域中agent应用的范围和面临的问题；通过对目前电子商务领域开发技术的总结，提出面向agent技术电子商务的实现方法；通过对agent构成的理解，开发通用平台处理公共模板；通过一个具体的电子商务agent社会Virtual Market1.0的设计，探讨了agent的具体实现。

This model describes the personal Agent's structure and relative algorithm, analyses the personal effect on agent's interaction and organization, improves Rizzo and Castelfranchi's research on Agent with personality, and extends the Agent behavior network models presented by Mase and Dorer.

3建立了Agent的个性模型，给出了有程度描述的结合倾向和特质的个性定义，描述了具有个性的Agent的结构和有关算法，分析了个性对Agent交互与组织的影响，改进了Rizzo和Castelfranchi等人对Agent个性的研究，扩充了Mase及Dorer给出的Agent行为网络模型。

Firstly, this paper has discussed the theory and application of Agent and Multi-agent system,and gives Formalisation of AA for RTAIS,This Agent Architecture comprises tow levels of agents, the RTAIS Agent,and a set of agentwithin it,and finally,gives an example of simulation system of Intelligent Campaign Decision Based on AA,shows that this model not only meets the time restriction of hard real-time system,,but also bings an higher intelligence to it if being used in real-time intelligent syt...

该文首先对Agent和多Agent系统的理论和应用进行了概述，提出一种用于实时人工智能系统的多Agent结构模型AA的形式化描述，这种Agent结构包含两层Agent，即RTAISAgent和AA内部的一组Agent体，并介绍基于该模型的舰艇协同攻击潜艇的仿真系统的实例，证明AA结构模型应用于实时智能系统，不仅能适应强实时系统的实时性要求，而且提供了更高的智能水平。

But in the course of internationalization, they meet with misunderstanding and puzzlement.

许多企业已经意识到了这一点，但在国际化的进程中，仍存在一些误区与困惑。

Inorder toaccomplish this goal as quickly as possible, we'll beteamingup with anexperienced group of modelers, skinners, and animatorswhosenames willbe announced in the coming weeks.

为了尽快实现这个目标，我们在未来数周内将公布与一些有经验的模型、皮肤、动画制作小组合作。