The Experts below are selected from a list of 18 Experts worldwide ranked by ideXlab platform

Mustafina J. - One of the best experts on this subject based on the ideXlab platform.

  • Cyber Security Risk Evaluation Research Based on Entropy Weight Method
    2020
    Co-Authors: Hamid T., Al-jumeily D., Hussain A., Mustafina J.
    Abstract:

    © 2016 IEEE. The risk assessment of any Network or Security systems has a high level of uncertainties because usually probability and statistics were used to evaluate the security of different cyber security systems. In this paper we will use Shannon entropy to represent the uncertainty of information used to calculate systems risk and entropy weight method since the weight of the object index is normally used and point to the significant components of the index. We evaluate the risk of security systems in terms of different security layers and protections. The information system is analysed by Perimeter, Network, host, application and data layers' protections. The capability of protections is measured by introducing the concept of protection effectiveness. We write the security evaluations algorithm to normalized the protection matrix and calculate the entropy and the entropy weight, then we will use the weight and paths to evaluate and calculate the total risk in the system and give the systems administrator a clear guidance on the vulnerable security entities. We try to develop a novel approach to evaluate the cyber security suitable for the majority of cyber systems by introducing the term of security entities

Jamila Mustafina - One of the best experts on this subject based on the ideXlab platform.

  • cyber security risk evaluation research based on entropy weight method
    International Conference on Developments in eSystems Engineering, 2016
    Co-Authors: Thaier Hamid, Dhiya Aljumeily, Abir Hussain, Jamila Mustafina
    Abstract:

    The risk assessment of any Network or Security systems has a high level of uncertainties because usually probability and statistics were used to evaluate the security of different cyber security systems. In this paper we will use Shannon entropy to represent the uncertainty of information used to calculate systems risk and entropy weight method since the weight of the object index is normally used and point to the significant components of the index. We evaluate the risk of security systems in terms of different security layers and protections. The information system is analysed by Perimeter, Network, host, application and data layers' protections. The capability of protections is measured by introducing the concept of protection effectiveness. We write the security evaluations algorithm to normalized the protection matrix and calculate the entropy and the entropy weight, then we will use the weight and paths to evaluate and calculate the total risk in the system and give the systems administrator a clear guidance on the vulnerable security entities. We try to develop a novel approach to evaluate the cyber security suitable for the majority of cyber systems by introducing the term of security entities.

Hamid T. - One of the best experts on this subject based on the ideXlab platform.

  • Cyber Security Risk Evaluation Research Based on Entropy Weight Method
    2020
    Co-Authors: Hamid T., Al-jumeily D., Hussain A., Mustafina J.
    Abstract:

    © 2016 IEEE. The risk assessment of any Network or Security systems has a high level of uncertainties because usually probability and statistics were used to evaluate the security of different cyber security systems. In this paper we will use Shannon entropy to represent the uncertainty of information used to calculate systems risk and entropy weight method since the weight of the object index is normally used and point to the significant components of the index. We evaluate the risk of security systems in terms of different security layers and protections. The information system is analysed by Perimeter, Network, host, application and data layers' protections. The capability of protections is measured by introducing the concept of protection effectiveness. We write the security evaluations algorithm to normalized the protection matrix and calculate the entropy and the entropy weight, then we will use the weight and paths to evaluate and calculate the total risk in the system and give the systems administrator a clear guidance on the vulnerable security entities. We try to develop a novel approach to evaluate the cyber security suitable for the majority of cyber systems by introducing the term of security entities

Thaier Hamid - One of the best experts on this subject based on the ideXlab platform.

  • cyber security risk evaluation research based on entropy weight method
    International Conference on Developments in eSystems Engineering, 2016
    Co-Authors: Thaier Hamid, Dhiya Aljumeily, Abir Hussain, Jamila Mustafina
    Abstract:

    The risk assessment of any Network or Security systems has a high level of uncertainties because usually probability and statistics were used to evaluate the security of different cyber security systems. In this paper we will use Shannon entropy to represent the uncertainty of information used to calculate systems risk and entropy weight method since the weight of the object index is normally used and point to the significant components of the index. We evaluate the risk of security systems in terms of different security layers and protections. The information system is analysed by Perimeter, Network, host, application and data layers' protections. The capability of protections is measured by introducing the concept of protection effectiveness. We write the security evaluations algorithm to normalized the protection matrix and calculate the entropy and the entropy weight, then we will use the weight and paths to evaluate and calculate the total risk in the system and give the systems administrator a clear guidance on the vulnerable security entities. We try to develop a novel approach to evaluate the cyber security suitable for the majority of cyber systems by introducing the term of security entities.

Murat Dörterler - One of the best experts on this subject based on the ideXlab platform.

  • Perimeter Network Security Solutions: A Survey
    2019 3rd International Symposium on Multidisciplinary Studies and Innovative Technologies (ISMSIT), 2019
    Co-Authors: Göksel UÇtu, İbrahim Alper Doğru, Mustafa Alkan, Murat Dörterler
    Abstract:

    Technically, cyber security requires a combination of various engineering disciplines. Ensuring security also requires a multi-disciplinary and multi-layered structure. Similar to OSI or TCP / IP models, which form the basis of Network technologies, security should be provided in each layer that creates cyber space. These are Perimeter Network security, internal Network security, endpoint security, data security, policy management and operations. In this study, current peripheral cyber security solutions are discussed; the use of these technologies, their working methods, their development and their future trends have been demonstrated.