期刊文献+

短波中心台站设备管理系统的设计与实现 被引量:1

Research and Design of Management System for HF Equipment in Center Stations
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摘要 叙述了国内外短波通信在其管理领域的发展现状,明确国内短波通信在管理方面的发展方向;从短波设备管理的现状及需求出发,构建了短波中心台站设备管理系统的模型,并进行了方案设计和编程实现;测试结果表明,设备管理系统的使用,大大增强了设备操作的自动化程度,不仅提高了参数设置的速度,即有效性,而且对于预防误操作和误操作后的恢复也提供了支持,加上备份数据库的使用,保证了重要历史数据的完整性和安全性,实现了设备的可靠性管理。最后就短波管理系统进一步发展的趋势进行了思考。 In this paper, the development status of HF communication in the aspect of management is analyzed, and which confirmed the development trend of HF communication in this field described. According to the current development status and requirement of HF communication in management field, the model is constructed, the scheme designed and the implementation realized. The test shows that the automation degree is increased dramatically in use of management system. It efficiently boosts the speed for parameters setting, supports the prevention of error operation and the recovery after malfunction. In addition, the backup data-base ensures the integrity and security of important historic data. Finally, a deep thinking is made on how to develop HF management system in the future.
出处 《通信技术》 2009年第1期27-29,共3页 Communications Technology
关键词 短波通信 设备管理 参数设置 HF communication equipment management parameter setting
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参考文献5

  • 1徐淑正,张晖,杨华中,汪蕙.信息时代的短波通信[J].电子技术应用,2005,31(3):1-3. 被引量:21
  • 2HFGCS System Description[EB/OL]. http://137. 240. 249.5/hfgcs/ sysdsec. htm. 2002.3.
  • 3MIL-STD-188-141B, Interoperability and Performance Stan dards for Medium and High Frequency Radio Systems[S]. Department of Defense Interface Standard, 2001: 519-585.
  • 4Asenstorfer P, Scholz J B. Longfish-a HF radio network tested[J]. HF Radio Systems and Techniques, 1997: 198-200.
  • 5Vivianne Jodalen, Anders Eggen, Bj Φ rn Solberg, et al. Military Messaging in IP Networks Using HF Links[J]. IEEE Communication Magazine, 2004, 11: 98-103.

二级参考文献13

  • 1中国人民解放军总装备部.短波通信技术[M].国防工业出版社,2002年2月..
  • 2ITU. HF Ionospheric Channel Simulators. Report 549-2,Recommendations and Reports of the CCIR,Vol. HI, pp.59-67, Geneva.
  • 3STANAG 4415. Characteristics of a Robust, Non-Hopping,Serial-Tone Modulator /Demodulator for Severely Degraded HF Radio Links. North Atlantic Treaty Organization, Edition 1, Dec. 24 1997.
  • 4Angling, M J, P S Cannon, N C Davies, T J Willink, V Jodalen, B Lundborg, Measurements of Doppler and multipath spread on oblique high latitude paths and their use in characterising data modem performance, Radio Sci., 33 (1),pp. 97-107, 1998.
  • 5IEE has organised 3 year intervals eight highly successful International Conferences on "HF Radio Systems and Techniques, http://conferences.iee, org/HF2003 /.
  • 6HF sessions of the IEEE MILCOM series.http://www.milcom.org/.
  • 7High Frequency Industry Association (HFIA) http://www.hfindustry, com/.
  • 8Nieto, J.W., On-air results of spatial diversity for the MILSTD-188-110B Appendix C (STANAG 4539) 9600 bps waveform Military Communications Conference, 2001. MIL COM 2001. Communications for Network-Centric Operations:Creating the Information Force. IEEE, Volume : 1,28- 31 Oct.2001 Pages:432-436 vol.1.
  • 9STANAG 4285. Characteristics of 1200/2400/3600Bits per Second Single Tone Modulators/Demodulators for HF Radio Links. North Atlantic Treaty Organization, Brussels 1989.
  • 10L. Vanderdorpe. MMSE Equalizers for Multi-tone Systems without Guard Time. Proceedings of EUSIPCO-96, Trieste, Italy, Sept. 10-13 1996, pp. 2049-2052.

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