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第4讲——沟通

Lecture 4. Communication
课程网址: https://videolectures.net/videos/EDSAcourses_matskin_lecture04  
主讲教师: Mihhail Matskin
开课单位: EDSA课程
开课时间: 2018-02-28
课程语种: 英语
中文简介:
它旨在让学生了解分布式人工智能和代理技术的基本方法和技术,特别是可以应用于解决分散控制问题。为固有分布问题提供解决方案。为专业知识分布的问题提供解决方案。学生应该从课程中学习:1。什么是agent和多agent系统。这意味着学生应该很好地理解智能代理的属性以及代理如何与其他软件范式区分开来。2.对重要的代理主题有一个很好的概述:代理协调、代理谈判和代理沟通。这意味着学生应该学习与这些代理问题相关的基本原理、协议和语言。面向代理的软件工程。这意味着学生应该学习与开发基于代理的系统相关的方法,并能够将其应用于基于代理的设计中。微(代理内)和宏(代理系统)代理架构。这意味着学生应该学习为代理和多代理系统构建架构的原则。特工情报机制。这意味着学生应该学习代理理论的基础,并了解BDI架构。3.获得开发代理系统的宝贵实践经验。这意味着学生应该能够将课程中获得的知识应用于基于代理的系统的设计和实现。4.了解开发自主系统的伦理方面和可持续性的重要性。5.获得以口头和书面形式报告和讨论课程作业和项目结果的经验。该课程还包括一个研讨会,作为分布式系统软件工程硕士课程的一部分。研讨会的目的是将课程置于自治系统研究的一般背景下,特别是硕士课程的背景下。
课程简介: it is to give students knowledge about basic methods and techniques of Distributed AI and agent technology which, in particular, can be applied to: - solving problems with decentralized control.\\ - providing solutions to inherently distributed problems.\\ - providing solutions to problems where expertise is distributed. Students should learn from the course: 1. What an agent and multi-agent system are. This means that students should get a good understanding of intelligent agent properties and how agents are distinct from other software paradigms.\\ 2. Have a good overview of important agent subjects:\\ - Agent Coordination, Agent Negotiation, and Agent Communication. This means that students should learn basic principles, protocols and languages related to these agent issues.\\ - Agent-Oriented Software Engineering. This means that students shoul learn methodologies related to developing agent-based systems and be able to apply them in biulding agent-based systems.\\ - Micro (intra-Agent) and Macro (agent systems) agent architectures. This means that students should learn princilples of building architesctures for agents and multi-agent systems.\\ - Agent Intelligence Mechanisms. This means that students should learn foundations of agent theory and get understanding of BDI-architecture.\\ 3. Get valuable hands-on experience in developing agent systems. This means that students should be apble to apply knowledge obtained during the course to design and implementation of an agent-based system.\\ 4. Understand ethical aspects and importance of sustainability in developing autonomous systems.\\ 5. Get experience in reporting and discussing results of the course homework and project both in oral and written forms. The course also includes a seminar as a part of the Software Engineering of Distributed Systems master program. The intention of the seminar is to put the course into the context of the autonomous systems research in general and into the context of the master program in particular.
关 键 词: 分布式; 人工智能; 代理技术; 软件工程
课程来源: 视频讲座网
数据采集: 2024-11-23:liyq
最后编审: 2024-11-23:liyq
阅读次数: 7