|Title||Dynamic Knowledge-based Analysis in non-Secure 5G Green Environments using Contextual Data|
|Publication Type||Journal Article|
|Year of Publication||2017|
|Authors||A. Nieto, N. Nomikos, J. Lopez, and C. Skianis|
|Journal||IEEE Systems Journal|
|Keywords||cellular networks, Communication system security, Context, Green design, Knowledge-based systems|
The growing number of parameters in heteroge- neous networks, as is the case of the fifth generation (5G) Green networks, greatly complicates the analysis of the Security and Quality of Service Tradeoff (SQT). However, studying these types of relationships is crucial in Future Internet scenarios to prevent potential points of failure and to enhance the use of limited resources, increasing the user’s experience. Therefore, it is fundamental to provide tools and models for training, so that the users understand these dependencies and solve them prior to deploying new solutions. In this paper, a Recommendation System for SQT (SQT-RS) is deployed in 5G Green systems, considering the particular case of relay networks and the impact of eavesdropping and jamming contexts on the models generated by the user, aided by SQT-RS. With this goal in mind, we provide a component for the user to automatically select specific contexts based on 5G Green capabilities.
Dynamic Knowledge-based Analysis in non-Secure 5G Green Environments using Contextual Data