The Experts below are selected from a list of 12 Experts worldwide ranked by ideXlab platform

Richard Scannell - One of the best experts on this subject based on the ideXlab platform.

  • Information Life Cycle management
    Communications of the ACM, 2007
    Co-Authors: Paul P. Tallon, Richard Scannell
    Abstract:

    A new framework, created to enhance Information Life Cycle management by clarifying the relationship between value-at-risk and total cost of ownership, helps IT managers build a winning storage environment.

Paul P. Tallon - One of the best experts on this subject based on the ideXlab platform.

  • Information Life Cycle management
    Communications of the ACM, 2007
    Co-Authors: Paul P. Tallon, Richard Scannell
    Abstract:

    A new framework, created to enhance Information Life Cycle management by clarifying the relationship between value-at-risk and total cost of ownership, helps IT managers build a winning storage environment.

Ntaikos Ardis - One of the best experts on this subject based on the ideXlab platform.

  • integrated Information Life Cycle data management and secret key LifeCycle management for military applications
    International Conference on Mathematical methods Computational techniques and Intelligent systems, 2008
    Co-Authors: Nikolaos Doukas, Konstantinos Ntaikos, Ntaikos Ardis
    Abstract:

    One of the major problems that security aware organizations, such as the military, are concerned with when introducing innovative computational systems inside their operations is the fact that such systems will be allowing the sharing of critical Information between multiple users that are connected on different terminals and are possibly located in different sites. All these features represent possible compromises in Information security and hence demand the use of advanced encryption algorithms. In the case of such large scale systems, the concept of Information LifeCycle management has been proposed to help rationalise disk usage for distributed data storage and backup. In this paper the need for a standard to offer services for Information security by encryption in such systems is explained. Such schemes exist for the case of asymmetric encryption but not for the case of symmetric key encryption. The requirements from a key management scheme are outlined. An extension of the concept of LifeCycle management is proposed for this purpose. The secret key management scheme is shown to be suitable for providing an integrated Information protection solution for military and critical civil systems.

Nikolaos Doukas - One of the best experts on this subject based on the ideXlab platform.

  • integrated Information Life Cycle data management and secret key LifeCycle management for military applications
    International Conference on Mathematical methods Computational techniques and Intelligent systems, 2008
    Co-Authors: Nikolaos Doukas, Konstantinos Ntaikos, Ntaikos Ardis
    Abstract:

    One of the major problems that security aware organizations, such as the military, are concerned with when introducing innovative computational systems inside their operations is the fact that such systems will be allowing the sharing of critical Information between multiple users that are connected on different terminals and are possibly located in different sites. All these features represent possible compromises in Information security and hence demand the use of advanced encryption algorithms. In the case of such large scale systems, the concept of Information LifeCycle management has been proposed to help rationalise disk usage for distributed data storage and backup. In this paper the need for a standard to offer services for Information security by encryption in such systems is explained. Such schemes exist for the case of asymmetric encryption but not for the case of symmetric key encryption. The requirements from a key management scheme are outlined. An extension of the concept of LifeCycle management is proposed for this purpose. The secret key management scheme is shown to be suitable for providing an integrated Information protection solution for military and critical civil systems.

Konstantinos Ntaikos - One of the best experts on this subject based on the ideXlab platform.

  • integrated Information Life Cycle data management and secret key LifeCycle management for military applications
    International Conference on Mathematical methods Computational techniques and Intelligent systems, 2008
    Co-Authors: Nikolaos Doukas, Konstantinos Ntaikos, Ntaikos Ardis
    Abstract:

    One of the major problems that security aware organizations, such as the military, are concerned with when introducing innovative computational systems inside their operations is the fact that such systems will be allowing the sharing of critical Information between multiple users that are connected on different terminals and are possibly located in different sites. All these features represent possible compromises in Information security and hence demand the use of advanced encryption algorithms. In the case of such large scale systems, the concept of Information LifeCycle management has been proposed to help rationalise disk usage for distributed data storage and backup. In this paper the need for a standard to offer services for Information security by encryption in such systems is explained. Such schemes exist for the case of asymmetric encryption but not for the case of symmetric key encryption. The requirements from a key management scheme are outlined. An extension of the concept of LifeCycle management is proposed for this purpose. The secret key management scheme is shown to be suitable for providing an integrated Information protection solution for military and critical civil systems.