이동 궤적을 고려한 링크 상태 예측을 통한 공중 백본 네트워크 라우팅 성능 향상 방법 = Routing Performance Improvement Based on Link State Prediction of Trajectory in Airborne Backbone Network

다국어 초록 (Multilingual Abstract)

The airborne backbone network(ABN) provides communication transport services between airborne nodes, surface nodes and satellite nodes. Such ABN is generally constructed with wide-body and high-capacity planes such as AWACS, which can fly long-term along pre-defined flight paths. In this paper, we propose an efficient method to improve routing performances by reconfiguring routing path before link failure based on the prediction of link state with the information of pre-defined backbone nodes' trajectories. Since the proposed method does not need additional information exchange between airborne nodes in order to acknowledge the link failure, it can be effectively used for airborne backbone network with limited bandwidths.

참고문헌 (Reference)

1 김종철, "전술통신 네트워크와 QoS 기술" 33 (33): 40-52, 2008

2 N. Krishnamurthi, "Topology Control for Future Airborne Netowrks" 2009

3 E. Idhaw, "Techniques for Enabling Dynamic Routing on Airborne Platforms" 2009

4 D. Kiwior, "Routing Protocol Performance over Intermittent Links" 2007

5 D. Kiwior, "Quality of Service(QoS)Sensitivity for the OSPF Protocol in the Airborne Networking Environment" 2005

6 M. F. Iskander, "Propagation Prediction Models for Wireless Communication Systems" 50 (50): 2002

7 T. Clausen, "Optimized Link State Routing Protocol(OLSR)"

8 "OPNET Modeller"

9 이태공, "NCW 이론과 응용" 홍릉과학출판사 2008

10 A. Tiwari, "Mobility Aware Routing for the Airborne Network Backbone" 2008

11 Katie Schroth, "Interdomain Routing Protocol for Mobile Nodes" 2007

12 M.Compton, "Improving the Quality of Service and Security of Military Networks with a Network Tasking Order Process" Air Force Institute of Technology 2010

13 A. Tiwari, "Feasibility of Communication Planning in Airborne Network using Mission Information" 2009

14 USAF ANSIG, "Airborne Network Architecture-System Communicatios Description & Technical Architecture Profile,Version 1.1" USAF Airborne Network Special Interest Group 2004