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Classification of Traffic Classes for Application Services in Military Communication Networks
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 Title & Authors
Classification of Traffic Classes for Application Services in Military Communication Networks
Choi, Geun-Kyung; Kim, Bo-Sung; Roh, Byeong-Hee;
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Traffic classification for application services in military communication networks is one of the core requirements to provide efficient resource management for NCW operations. Though several standards and organizations provided their own traffic classification methods, the methods have been mainly focused on commercial services, but not reflected military specifics. In addition, though various military application services have been emerged, some of those services have been classified into different traffic classes due to implicit criteria for the classification among organizations. In this paper, we propose a methodology to classify traffic classes and to determine delivery requirements for military application services based on various standards by DoD as well as several commercial standards based on Y.1541. The validation of the proposed methodology was carried out by comparing the results by proposed one with the traffic classification suggestions by existing commercial standards, DoD and FCS. We expect that the proposed methodology can contribute to achieve efficient operations of limited military network resources, since the proposed method can provide systematic and consistent way to assign traffic classes for new and existing military applications services.
Military Communcation Networks;Traffic Classification;QoS (Qualify of Service);NCW (Network Centric Warfare);DiffServ (Differentiated Services);
 Cited by
무인로봇체계에서 QoS 보장을 위한 트래픽 방향 기반 중앙집중식 TDMA 슬롯 할당 기법,한지나;김다빈;고영배;권대훈;

한국통신학회논문지, 2016. vol.41. 5, pp.555-564 crossref(new window)
김종철, 정종관, 노병희, "전술통신 네트워크와 QoS 기술," 전자공학회지 제35권 제10호, 2008년 10월

ITU-T Recommendation Y.1541, Network Performance Objectives for IP-Based Services, Feb. 2003

한국정보사회진흥원, "BcN 무선품질관리 기술 현황 분석서," 최종보고서, 2007년 12월

Y. Xue, C. Gedo, C. Christou, B. Liebowitz, "A Framework for Military Precedence-based Assured Services in GIG IP Networks," IEEE MILCOM'2007, Nov. 2007

M. Marchese, QoS Over Heterogeneous Networks, John Wiley & Sons Ltd., 2007

WiMAX Forum, "Mobile WiMAX - Part I : A Technical Overview and Performance Evaluation," Aug. 2006.

AT&T, Lucent, Podata and Telsima, "Revised Release 1.5 QoS Requirements," WiMAX Forum SPWG, Aug. 2006.

B. Kim, et al., "AWG Measurement and Analysis Team(Overview)," WiMAX Forum AWG, Nov. 2005.

3GPP TS 22.105 "Service and Service Capabilities(Release 8)," V 8.3.0, March 2007.

국방기술품질원, "위성통신체계의 TICN 체계 적용방안 연구," 2012년 2월 발간 예정