Visible to the public Biblio

Filters: Keyword is policy evaluation  [Clear All Filters]
2020-04-03
Liau, David, Zaeem, Razieh Nokhbeh, Barber, K. Suzanne.  2019.  Evaluation Framework for Future Privacy Protection Systems: A Dynamic Identity Ecosystem Approach. 2019 17th International Conference on Privacy, Security and Trust (PST). :1—3.
In this paper, we leverage previous work in the Identity Ecosystem, a Bayesian network mathematical representation of a person's identity, to create a framework to evaluate identity protection systems. Information dynamic is considered and a protection game is formed given that the owner and the attacker both gain some level of control over the status of other PII within the dynamic Identity Ecosystem. We present a policy iteration algorithm to solve the optimal policy for the game and discuss its convergence. Finally, an evaluation and comparison of identity protection strategies is provided given that an optimal policy is used against different protection policies. This study is aimed to understand the evolutionary process of identity theft and provide a framework for evaluating different identity protection strategies and future privacy protection system.
2017-12-12
Hellmann, B., Ahlers, V., Rodosek, G. D..  2017.  Integrating visual analysis of network security and management of detection system configurations. 2017 9th IEEE International Conference on Intelligent Data Acquisition and Advanced Computing Systems: Technology and Applications (IDAACS). 2:1020–1025.

A problem in managing the ever growing computer networks nowadays is the analysis of events detected by intrusion detection systems and the classification whether an event was correctly detected or not. When a false positive is detected by the user, changes to the configuration must be made and evaluated before they can be adopted to productive use. This paper describes an approach for a visual analysis framework that integrates the monitoring and analysis of events and the resulting changes on the configuration of detection systems after finding false alarms, together with a preliminary simulation and evaluation of the changes.