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Research of System Base Software for Enterprise Security

企业安全基础系统软件研究

基本信息

批准号：
12133209
负责人：
MIZOGUCHI Fumio
金额：
$ 7.87万
依托单位：
Tokyo University of Science
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：
2002
资助国家：
日本
起止时间：
2002 至 2003
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-12133209/
关键词：
Enterprise Security System Base Software Authentication Network Security Security for Information Appliance Intruder Detection Smart Security Wireless LAN Security 進入検地ネットワーク監視認証系SPKI SPAMメール対策携帯情報端末セキュリティ

项目摘要

In this research, we designed software in several security areas, including authentication systems, security for GRID computing, security for information appliances, wireless LAN security ; and environment security. In particular, a graphical-password-based authentication system was applied to a cellular telephone-based skin-grading application to support cosmetic sales, and many saleswomen are using this system. The paper on this research won an award in the innovative applications of artificial intelligence conference held in Acapulco, Mexico, in Aug. 2003, and was published some newspapers. To implement security for GRID computing, we designed systems and a graphical-user interface that can detect unusual situations of networks and tasks. These systems can monitor the operation and communication of computers connected in a network. They can also detect illegal use and display the results as 3D graphics using Java 3D. In addition, this system can perform optimal task distribution when we need task scheduling for GRID computing. We exhibited this system at a demonstration of an open symposium in Tokyo in Dec. 2003. Just prior to this, we presented "The Design of a Secure Distributed Devices System Based on Immunity" at the International Security Symposium, which was held in Tokyo in Nov. 2003.

在这项研究中，我们设计了几个安全领域的软件，包括认证系统，网格计算安全，信息家电安全，无线局域网安全和环境安全。特别地，基于图形密码的认证系统被应用于基于蜂窝电话的皮肤分级应用以支持化妆品销售，并且许多女销售员正在使用该系统。本研究的论文于2003年8月在墨西哥阿卡普尔科举行的人工智能创新应用会议上获奖，并在报纸上发表。为了实现网格计算的安全性，我们设计了系统和图形用户界面，可以检测网络和任务的异常情况。这些系统可以监视连接在网络中的计算机的操作和通信。它们还可以检测非法使用，并使用Java 3D将结果显示为3D图形。此外，当网格计算需要任务调度时，该系统可以实现最优的任务分配。2003年12月，我们在东京的一个公开研讨会上展示了这个系统。在此之前，我们在2003年11月在东京举行的国际安全研讨会上提出了“基于免疫力的安全分布式设备系统的设计”。