Mixed Integrated Systems for Real-Time Intelligent Processing

用于实时智能处理的混合集成系统

• 批准号: 11176101
• 负责人: OHMI Tadahiro
• 金额: $ 18.05万
• 依托单位: TOHOKU UNIVERSITY
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research on Priority Areas
• 财政年份: 1999
• 资助国家: 日本
• 起止时间: 1999 至 2003
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-11176101/
• 关键词: Image Information Processing; Intelligent Electronic System; Real-Time Processing System; System on a Chip; 知的情報処理; 超高速情報処理; 電子デバイス・機器; システムオンチッ; シリコン集積回路

The purpose of the scientific research project for priority area, "Mixed Integrated Systems for Real-Time Intelligent Processing" was to realize intelligent electronic systems that can handle huge amount of multimedia information freely in real time and support us effectively. We have combined and integrated our original technologies to realize such systems. Focusing on the moving-image information processing, we have carried out the systematic research on the following subjects to realize ultimate high performance processor.Front-end intelligent image processing to capture information and extract characteristics from it.High-speed real-time image processing to carry out high-degree intellgent processing such as recognition, association and compression.Back-end high-speed image processing to further advance high-degree intelligent processing.Steering party was organized to enhance the collaboration between these project parties and to direct research projects from the overall viewpoint. On every year, workshops were held to open research results to the public. Especially, at the end of the term of this project, we held a symposium. Through the oral presentation session and exhibition/demonstration session, research results have been widely published. Active discussions between participants have been made and the direction toward the future has been obtained.We have edited and published a final research report. In addition, we have edited a special issue in the international technical journal, Intelligent Automation and Soft Computing (AutoSoft), which will be published in 2004. Also, we are going to organize a special session at the international conference, WAC'04 (World Automation Congress 2004), where we will widely demonstrate the results to the public.

重点领域的科研项目“实时智能处理混合集成系统”的目的是实现能够实时自由处理海量多媒体信息的智能电子系统，并为我们提供有效的支持。我们结合和集成了我们的原创技术来实现这样的系统。围绕运动图像信息处理，为实现极致的高性能处理器，我们在以下几个方面进行了系统的研究：前端智能图像处理捕获信息并从中提取特征；高速实时图像处理进行识别、关联和压缩等高度智能化处理；后端高速图像处理进一步推进高度智能处理；组织督导组加强项目方之间的合作，从全局的角度指导研究项目。每年都会举办工作坊，向公众公开研究成果。特别是在这个项目期末，我们召开了座谈会。通过口头陈述环节和展览/演示环节，广泛发表研究成果。与会者之间进行了积极的讨论，得出了未来的方向。我们已经编辑并出版了最终的研究报告。此外，我们还在国际技术期刊《智能自动化与软计算》(AutoSoft)上编辑了一期特刊，将于2004年出版。此外，我们还将在国际会议WAC‘04(2004年世界自动化大会)上组织一个特别会议，向公众广泛展示成果。

项目成果

Tadahiro Ohmi: "Mixed Integrated Systems for Real-Time Intelligent Processing -Inter-University Research Project in Japan-"World Automation Congress (WAC) 2004. (発表予定). (2004)

Tadahiro Ohmi：“实时智能处理的混合集成系统 - 日本大学间研究项目 -”世界自动化大会 (WAC) 2004。（演示文稿预定）。

Tadahiro Ohmi: "Mixed Integrated Systems for Real-Time Intelligent Processing-Inter-University Research Project in Japan-"World Automation Congress (WAC) 2004, to be presented. (2004)

Tadahiro Ohmi：“用于实时智能处理的混合集成系统 - 日本大学间研究项目 -”世界自动化大会 (WAC) 2004，即将发表。

Tadahiro Ohmi: "Mixed Integrated Systems for Real-Time Intelligent Processing - Inter-University Research Project in Japan -"World Automation Congress (WAC) 2004. (発表予定). (2004)

Tadahiro Ohmi：“实时智能处理的混合集成系统 - 日本大学间研究项目 -”世界自动化大会 (WAC) 2004。（待提交）。