Design and Performance Evaluation of OBP Satellite B-ISDN Transport Network Architecture

OBP 탑재 n이성 B-ISDN 중계망 구조 설계 및 성능 평가

  • Published : 2000.03.01

Abstract

Satellite communication in the 21 century's high tech information world is developing rapidly, marked by high levels of applications and functions. For example, satellite communication can process and switch the speed of the service provided by a broad and vast digital multimedia system such as a long-distance all between nations or broadcasting transfer service, which is supplied by a contemporary satellite system. So, it bring about problems which lack of satellite orbit and gibes out frequency resource by increment of satellite universally. To support this, an OBP satellite system is need, which includes an on-board IF/RF switch, baseband signal processing, multi-beam antenna technology, as well as a simple transponder system. In this paper, we have outlined the next generation of satellite communication; satellite OBP transport network architecture, which offers multimedia service and applied frequency reuse method for multi-spot beam. The satellite B-ISDN transport network architecture is also analyzed.

Keywords

References

  1. ITU-TQ.768 (Signalling Interface between ISC and ISDN Satellite Subnetwrok
  2. ITU-R S.1149 (Network Architecture and Equipment Functional Aspects of Digital Satellite Systems In The Fixed-Satellite Service Forming Part of Synchronous Digital Hierarchy Transport Networks
  3. ITU-T G.803 (Architecture of SDH transport networks)
  4. Jun Huang, ThoLe-Ngoc and Jeremiah F.Hayes, 'Broadband SATCOM System For Multimedia Services,' pp.906-910, 1996
  5. Toru Otsu, Masahiro Umnehira, Masafumi Onuki, and Hiroshi Nakashima, 'An Advanced Satellite Communication System For ISDN Subscriber And Trunk Applications-DYANET II,' pp.175-184, AIAA, 1992
  6. Dattakumar M.Chitre, W.Sian Oei, 'Architecture for INTELSAT Communication Systems in the ISDN era,' COMSAT Technical Review. Vol.23, No.1, Spring 1993
  7. S.J. Campanella, B. Pontano, H. Chalmers, 'Future switching satellites,' 12th AIAA, International Communications Satellite Systems Conference, Arlington, pp.264-273, 1988
  8. A. Galaurchi, et al, 'Design and Characteristics of the ultibeam antennas pointing system,' RIVISTA TECHNICA SELENI, Vol.3, No.4 pp.214-228, 1990
  9. T. Inukai, D.J. Shyyt, 'On-Board Architecture for satelliteB-ISDN Services,' COMSAT, NASW-4528
  10. 박석천, 박인갑,'위성 B-ISDN중계망 신호 프로토콜에 관한 연구' 한국전자통신연구소, 1997.2
  11. ETRI,'위생B-ISDN에서의QoS특성 및 트래픽 특성에 관한 연구',1997.3
  12. 이성창,한치문,'ATM 신호 기술 및 스위치 네트워크 구성' 전자공학회지, 제19권,제8호, 1992.8
  13. Gary N.Higginbottom, 'performance Evaluation of Communication Networks,' Artech House Pub. pp.303-320
  14. 김재련, '컴퓨터 시뮬레이션', 박영사, pp.110-132