Projects

[Kaken]

Project Name	Term	in 2006	in 2007	in 2008	in 2009	in 2010	in 2011
ネットワークトラヒックを用いたネットワークサービスの構造発見と解析手法の確立	From 2009 To 2009				採択課題報告書	採択課題	採択課題
プライバシーデータマイニングのための暗号プロトコルの設計と安全性評価	From 2008 To 2009			採択課題報告書	採択課題報告書	採択課題
人に寄り添うコンピューティング基盤に関する研究	From 2006 To 2009	採択課題報告書	採択課題報告書	採択課題報告書	採択課題報告書
インターネット上でのプライバシ保護が可能なオンライン生体認証システムの構築	From 2006 To 2007	採択課題報告書	採択課題報告書
インターネットフィッシング詐欺に対する情報セキュリティ対策技術の研究	From 2006 To 2007	採択課題報告書	採択課題報告書
サイバーシステムにおける内部攻撃脅威に対する評価指標確立と体系的対策研究	From 2011 To 2011						採択課題

[JST]

Project Name	Abstruct
Analysis of Cryptographic Algorithms and Evaluation on Enhancing Network Security Based on Mathmatical Science	Descriptions of the Cooperative research projects. maximum 6 pages[1] How collaboration will be carried out, with clear statements of what roles Japanese and Indian researchers will play respectively in a proposed project; This research focuses on design and analysis of cryptographic algorithms and protocols, and also on technologies for enhancing network security, which use specific mathematical argument for their analysis and evaluation. Japan side already proposed many schemes and have implemented, though their argument of security is not enough. Whereas Indian side has many strong research stuffs who have sophisticated techniques with mathematical theory. Therefore, each side takes the following role in this project: Japan side:Design cryptographic algorithms including protocols, and implementation with developing prototype. Also gathering information on network incident data and modeling them. India Side:Analysis and Prove the security of cryptographic algorithms and protocols with algorithmic/mathematical theory including combinatorics, statistics, number theory etc Note that modifying models and revising design are planning to be done by both Japan and India, also with collaborating discussion.

Project Name

Abstruct

Analysis of Cryptographic Algorithms and Evaluation on Enhancing Network Security Based on Mathmatical Science

　Descriptions of the Cooperative research projects. maximum 6 pages[1] How collaboration will be carried out, with clear statements of what roles Japanese and Indian researchers will play respectively in a proposed project; This research focuses on design and analysis of cryptographic algorithms and protocols, and also on technologies for enhancing network security, which use specific mathematical argument for their analysis and evaluation. Japan side already proposed many schemes and have implemented, though their argument of security is not enough. Whereas Indian side has many strong research stuffs who have sophisticated techniques with mathematical theory. Therefore, each side takes the following role in this project: Japan side:Design cryptographic algorithms including protocols, and implementation with developing prototype. Also gathering information on network incident data and modeling them. India Side:Analysis and Prove the security of cryptographic algorithms and protocols with algorithmic/mathematical theory including combinatorics, statistics, number theory etc Note that modifying models and revising design are planning to be done by both Japan and India, also with collaborating discussion.

[SSR]

Project Name	Abstruct
クラウドコンピューティング環境におけるセキュリティとプライバシに関する調査研究	クラウドコンピューティングにおけるセキュリティとブライバシ確保のために、必要な所有権、アクセス制御ならびにそれらの評価に関し、ソフトウェア設計の観点から調査研究を行う。

[SCOPE]

Project Name	Abstruct
[地域ICT振興型研究開発]　Research and Development on High Reliable Multi-hop Wireless Network	We develop a high reliable multi-hop wireless network which consists of self-configured packet relay nodes to prevent fault and accident of the relay nodes, and performance degradation by using monitoring and self-configuring scheme on the nodes. The proposed self-configured packet relay nodes enable to provide sustainability packet forwarding services. We also implement prototype nodes and build an experimental multi-hop wireless network to evaluate its effectiveness.

Project Name

Abstruct

[地域ICT振興型研究開発]　Research and Development on High Reliable Multi-hop Wireless Network

We develop a high reliable multi-hop wireless network which consists of self-configured packet relay nodes to prevent fault and accident of the relay nodes, and performance degradation by using monitoring and self-configuring scheme on the nodes. The proposed self-configured packet relay nodes enable to provide sustainability packet forwarding services. We also implement prototype nodes and build an experimental multi-hop wireless network to evaluate its effectiveness.