원문정보
초록
영어
Since the separation of the control plane and the data plane for Software-Defined Networking (SDN) leads to more and more security threats on the control plane and the SDN controllers, issues related to threat detection and defense of SDN must be seriously considered. This paper tries to introduce Extenics into the research on threat detection and defense of SDN and proposes an extension approach from a formal viewpoint. It first uses the matter-elements and the composite-elements to formally represent four security-related roles of SDN. It then utilizes the extension theory and basic-elements, by applying the dependent function to threat detection of SDN and making use of the affair-elements to formalize the NETCONF operations for threat defense of SDN. Finally, case study validates the feasibility of proposed extension approach in promoting the formalization of not only the security-related roles of SDN but also threat detection and defense of SDN.
목차
1. Introduction
2. Formal Representations for Security-related Roles of SDN
2.1. The Secure OpenFlow Configuration Point
2.2. The Secure OpenFlow Controller
2.3. The Secure OpenFlow Logical Switch
2.4. The Cecure OpenFlow Capable Switc
3. Applying the Extension Theory and Basic-elements to Threat Detection and Defense of SDN
3.1. Proposed Dependent Function for Threat Detection of SDN
3.2. Affair-elements for Threat Defense of SDN using NETCONF Operations
4. Case Study
4.1. Examples for Validation
4.2. Analysis with the use of Proposed Extension Approach
5. Conclusions
References