正文
IT工程哲学与信息哲学
ICCI 2009 COGNITIVE INFORMATICS

ICCI 2009

The 8th IEEE International Conference on 

COGNITIVE INFORMATICS


June 15-17, 2009

The Hong Kong Polytechnic University, Hong Kong

http://www.comp.polyu.edu.hk/conference/icci2009

Theme

Cognitive Computing and Semantic Mining

ICCI'09 Preliminary Program

On-line Paper Submission: http://www.easychair.org/conferences/?conf=icci2009

Scope

Cognitive Informatics (CI) is a cutting-edge and transdisciplinary research area that tackles the fundamental problems shared by modern informatics, computing, AI, cybernetics, computational intelligence, cognitive science, neuropsychology, medical science, systems science, software engineering, knowledge engineering, philosophy, linguistics, economics, management science, and life sciences. CI is a transdisciplinary enquiry on the internal information processing mechanisms and processes of the natural intelligence - human brains and minds - and their engineering applications in computing, computational intelligence, and the IT industries.

The development and the cross fertilization between the aforementioned science and engineering disciplines have led to a whole range of extremely interesting new research areas known as CI. Following the first seven successful conferences on Cognitive Informatics (ICCI’02 through ICCI’08), the 8th IEEE International Conference on Cognitive Informatics (ICCI’09) focuses on the theme of Cognitive Computing and Semantic Mining The objectives of ICCI¡¦09 are to draw attention of researchers, practitioners, and graduate students to the investigation of cognitive mechanisms and processes of human information processing, and to stimulate the international effort on cognitive informatics research and engineering applications.

Original papers are invited from multidisciplinary perspectives on subject areas including, but not limited to, the following:

Cognitive Computing

Computational Intelligence

Neural Informatics

* Informatics models of the brain * Imperative vs. autonomous computing * Neuroscience foundations of information processing
* Cognitive processes of the brain * Reasoning and inferences * Cognitive models of the brain
* Internal information processing mechanisms * Cognitive informatics foundations * Functional modes of the brain
* Theories of natural intelligence * Robotics * Neural models of memory
* Intelligent foundations of computing * Informatics foundations of software engineering * Neural networks
* Denotational mathematics * Fuzzy and rough sets and logic * Neural computation
* Abstraction and means * Knowledge engineering * Cognitive linguistics
* Ergonomics * Pattern and signal recognitions * Neuropsychology
* Informatics laws of software * Autonomic agent technologies * Bioinformatics
* Knowledge representation * Memory models * Biosignal processing
* Models of knowledge and skills * Software agent systems * Cognitive signal processing
* Formal linguistics * Decision theories * Gene analysis and expression
* Cognitive complexity and metrics * Problem solving theories * Cognitive metrics
* Distributed intelligence * Machine learning systems * Neural signal interpretation
* Semantic computing * Distributed objects/granules * Visual information representation
* Emotions/motivations/attitudes * Web contents cognition * Visual semantics
* Perception and consciousness * Nature of software * Sensational cognitive processes
* Hybrid (AI/NI) intelligence * Granular computing * Human factors in systems
本文引用地址: http://www.sciencenet.cn/m/user_content.aspx?id=234021
本文标签: ICCI 2009 COGNITIVE INFORMATICS
相关文章:
 
当前推荐数:0    
(注册用户可推荐他人博文,博客首页显示被推荐次数最多的36小时内的博文。)
记录总数:0 总页数:0 当前页:1 934:
博客用户登录后方可评论!

京ICP备07017567 Copyright @ 2007-2009 科学时报社 All Rights Reserved

semantic computing Cognitive linguistics Distributed intelligence相关推荐

  1. 图表达相关书书籍调研

    调研内容来自淘宝和亚马逊 下面一部分是纯理论的: <Knowledge Graph and Semantic Computing,Language, Knowledge, and Intelli ...

  2. [wiki翻译]分布式人工智能-Distributed AI

    分布式人工智能(DAI)也被叫做去中心化人工智能,他是人工智能研究领域的一个子领域,致力于开发分布式解决方案. DAI与多智能体系统(Multi-agent sytem)领域域切相关,并且是多智能体系 ...

  3. 【论文笔记】A Survey on Federated Learning: The Journey From Centralized to Distributed On-Site...(综述)

    我的博客园:https://www.cnblogs.com/MaplesWCT/ A Survey on Federated Learning: The Journey From Centralize ...

  4. “HOW CAN WE KNOW THE DANCER FROM THE DANCE?”: COGNITIVE POETICS AND WILLIAM BUTLER【翻译】

    Pagel, Amber Noelle. "How Can We Know the Dancer from the Dance?": Cognitive Poetics and W ...

  5. 新书介绍 | Edge AI: Convergence of Edge Computing and AI

    本书梳理了有关边缘智能和智能边缘的最新研究.发展和实践,可帮助读者理解边缘计算的使能技术与人工智能之间的联系.并概述了新兴边缘智能和智能边缘的理论与技术挑战和潜在未来发展趋势.  Edge AI:Co ...

  6. (二)分布式系统-Introduction to Distributed Systems

    0. Recap: Centralised vs Decentralised Systems 集中式 集中式架构就是将项目集中存储在中央服务器中,在工作的时候,大家只要自己电脑上操作,从同一个地方下载 ...

  7. Core Journal Ranking 2020 期刊 排名 列表

    CORE (Computing Research & Education)Ranking期刊排名是一种国际上较为认可的对计算领域期刊的评估,排名由澳大利亚CORE执行委员会管理,定期对期刊进行 ...

  8. 自然语言处理nlp全领域综述

    ************************* 精华总结,时间不够只看这个部分就行了 1.书和课 Michael Collins:COMS W4705: Natural Language Proc ...

  9. 个人网页、博客、课程--不断更新

    论文和相关代码 :https://paperswithcode.com/ Caiming Xiong http://www.stat.ucla.edu/~caiming/ 论文,代码,博客 肖小粤的啵 ...

最新文章

  1. echart地图配置
  2. 一步步编写操作系统 19 改进MBR,直接操作显卡
  3. 车纷享:基于阿里云HBase构建车联网平台实践
  4. VS2019/openGL/freeglut配置
  5. 利用课间10分钟,打造一个恶劣天气实时预警系统
  6. .NET Core的文件系统[2]:FileProvider是个什么东西?
  7. 中国移动虚拟服务器设置,在中国移动公众服务云平台上服务器虚拟化的设计与实现...
  8. Final Cut Pro 10.6 for Mac(fcpx视频剪辑)
  9. ffmpeg 转换VC工具已经可以生成工程文件
  10. bootstrap table 标题列重复
  11. mate20pro换鸿蒙系统,鸿蒙2.0下载
  12. 国家地区标准代码(国际域名缩写)
  13. ADSL宽带共享问题
  14. 大数据开发认知--spark
  15. Java学习笔记——Number类
  16. 十二时辰篇:这该死的 996
  17. 深度学习入门,计算机视觉,推荐系统,自然语言处理理论框架以及学习资料【附知识图谱与链接】
  18. 路由器限速--提高你的网速
  19. EDIUS中的GPU转场该怎么设置
  20. 匈牙利算法的粗略解释

热门文章

  1. 我们讲得比开复专业一点,是《奇葩大会》的李开复
  2. 游戏人生(一),我的lua之旅:那些坑爹的CCBReaderLoad
  3. 记一次数据库事务的并发同步控制
  4. Luhn(卢恩)算法,检测信用卡号的合法性
  5. 【杂谈】Oracle里scott的由来
  6. 发现一个很好的工具——VNN
  7. CVPR论文 | 所见所想所找:基于生成模型的跨模态检索
  8. UWP 手绘视频创作工具技术分享系列 - 手绘视频导出
  9. Java方向如何准备BAT技术面试答案
  10. Python核心编程:第十四章