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图形化测量及其在航空航天仪表中的应用 被引量:2

Pictorialized Measurement and its Application to the Aircraft and Spacecraft Instruments
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摘要 本文提出图形化测量,它比符号化测量内容更广、能说明的问题更多。首先,以作者多年来在航空航天仪表中的一些研究结果,说明图形化测量的诸多特点,其中最重要的是它能说明的问题丰富、深入,并能给出更高层次的结果。其次,给出从测量信号到图形的多种变换方法,特别是作者多年采用的方法。最后,指出计算机图形学的迅速发展和大量图形软件的开发给图形化测量的发展以极大的推动力。 In this paper, the pictorialized measurement is presented which has wider scope than the symbolized measurement. The features of the pictorialized measurement are discussed by using author's research results of aircraft and spacecraft instruments in more than ten years. The richer, deeper and higher results can be obtained by using the pictorialized measurements. Many convertion methods from measurement signals to the pictures are also given. Finally, it is shown that a large promotion of pictorialized measurement will be given by the fast development of the computer and pictorial softwares.
作者 黄俊钦
出处 《计量学报》 CSCD 北大核心 1997年第4期314-319,共6页 Acta Metrologica Sinica
关键词 图形化测量 航空仪表 航天仪表 Pictorialized measurement Aircraft instrument Manned spacecraft instruments
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参考文献9

  • 1黄俊钦,孟晓风.智能测试系统的一种设计思想[J].计量学报,1996,17(3):206-210. 被引量:3
  • 2黄俊钦,Proceedings of the Third Asian/Pacific International Symposium on Instrumentation Measurement and Automatic Control,1996年
  • 3黄俊钦,测试系统动力学,1996年,6页
  • 4孙滨生,世界飞机电子显示器手册,1995年
  • 5黄俊钦,Proceedings of the Asian/Pacific Conference on Aerospace Technology and Science,1994年
  • 6黄俊钦,航空学报,1994年,15卷,8期,1146页
  • 7黄俊钦,载人航天器仪表显示与监测系统,1994年,12页
  • 8黄俊钦,Proceedings of the Second Asian /Pacific International Symposium on Instrumentation Measurement and Automatic Control,1993年
  • 9朱定国,航空测试系统,1990年,4页

二级参考文献7

  • 1黄俊钦,IEEE Proc of OERSANUV’92,1992年
  • 2黄俊钦,Proc of IEEE IM/TC’92,1992年
  • 3黄俊钦,Proc of APIS/IMAC’91,1991年
  • 4黄俊钦,Proc of IMEKO 12,1991年
  • 5黄俊钦,随机信号处理,1990年
  • 6黄俊钦,静、动态数学模型的实用建模方法,1988年
  • 7黄俊钦,测试误差分析与数学模型,1985年

共引文献2

同被引文献14

  • 1黄俊钦.载人航天器显示仪表展望[J].航空学报,1994,15(9):1146-1150. 被引量:4
  • 2黄俊钦,孟晓风.智能测试系统的一种设计思想[J].计量学报,1996,17(3):206-210. 被引量:3
  • 3黄俊钦.第十四章载人航天器仪表与照明系统[A]..人航天器技术[C].北京:国防工业出版社,1999..
  • 4Huang Junqin, Sun Dehui, Li Zongrui. A prospect for instrumentation and measurement of manned space flight vehicle [A].Proceedings of the Second Asian/Pacific International Symposium on Instrumentation, Measurement and Automatic Control,Aug.23~26,1993,1~7.
  • 5Huang Junqin. An intelligent instruments of manned space flight vehicles[A].Proceedings of the Asian/Pacific Conference on Aerospace Technology and Science, Hangzhou, China, Oct.10~13,1994,774~779.
  • 6Huang Junqin. Past, present, future image and symbolized measurement [A].Proceedings of the Third Asian/Pacific International Symposium on Instrumentation, Measurement and Automatic Control,Aug.20~23,1996,1~6.
  • 7Huang Junqin. Integrated intelligent measurement system.procs. of First Asia/Paciflic International symposium on Instrumentation, Measurement and Automatic Control, Aug.28~31.1991,Shanghai,China,1~6.
  • 8J Q Huang,X M Xiao. Prospect for intelligent measurement systam (Keynote).ACTA IMEKO 1991,Signal Processing & Intelligent Measurement IMEKO XII,Measurement and Progress, Procs. of the 12nd Triennial World Congress of IMEKO, Beijing, China, Sept. 5~10,1991,1279~1284.
  • 9Junqin Huang, Xiao-fong Xiao. An intelligent signal analysis system. Procs. of IEEE International Symposium on Industrcal Electronics, Vol.1, May 25~29,1992,Xi'an China,433~436.
  • 10NASA Facts (online) FS-2100-06-43-LaRc June 2000. Technology first used in military, commercial aircraft. News Release, Exhibits-HomePage,NASA official Responsible for Content, Page Curator, Site Last Updated:October,15,2002.

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