Other Satellite Navigation Systems - Understanding GPS: Principles and Applications - page 633

[47] “CHINASAT-31, -32 and -33” International Telecommunication Union Radio AR11/A,

IFIC 1211, January 24, 1995.

[48] Zhu, Y., “CAST's Satellite Common Platforms,” IAF-98-U.5.07, 49th International

Astronautical Congress , Melbourne, Australia, September 28-October 2, 1998.

[49] “DFH-3 Satellite Platform” Web site in English, Chinese Academy of Space Technology

(CAST), July 31, 2004, http://www.cast.ac.cn/en/ShowArticle.asp?ArticleID=47.

[50] “Satellite Subsystems,” and associated Web sites in English, China Aerospace Corporation

Space Products Web site, July 31, 2004, http://www.spaceproducts.com.cn.

[51] “CHINASAT-33,” International Telecommunication Union Radio AR11/C, IFIC 2676,

March 18, 1997.

[52] “CHINASAT-33,” International Telecommunication Union Radio RES/47 MOD-1, IFIC

2513, November 18, 2003.

[53] “CHINASAT-33,” CR/C/885, IFIC 2490, International Telecommunication Union Radio,

March 8, 2001.

[54] “NovAtel Supplies GPS Receivers for Chinese WAAS Program,” Press Release, July 6,

2000.

[55] “Satellite Navigation Enhancement System—More Than Ten Million Yuan Supply Agree-

ment Evaluates Once More on November 28, 2001,” Web site in Chinese, BDStar Naviga-
tion, http://www.navchina.com/news/23.asp.

[56] Murfin, T., “NovAtel Delivers GPS Receivers for Phase 2 of Chinese WAAS Program,”

Press Release, January 17, 2002, NovAtel Web site, http://www.novatel.com/about-us/
archive/20020117.html.

[57] “NovAtel Inc. Ships More GPS Receivers for Chinese WAAS Program,” Press Release,

December 5, 2002.

[58] “The China Satellite Navigation Enhancement System (SNAS) Construction,” Web site in

Chinese, BDStar Navigation, http://www.navchina.com/apption/1.asp.

[59] Liu, J., and L. Xia, “GNSS Activities in China—Application and Advancement,” 2003

International Symposium on GPS/GNSS, Tokyo, Japan, November 15-18, 2003.

[60] Kai, T., “Chinese Navigation Localization Satellite System Progress,” Aerospace China ,

Issue 8, 2002.

[61] “CHINASAT-34A, -34B, -35A, -35B, and -35C,” API/A 515-519, published June 8, 1999,

International Telecommunication Union (ITU) Radio Frequency Filing submitted by China
to the ITU in 1997.

[62] “COMPASS-58.75E, -80E, 110E, -140E, -M and -H,” API/A 1300-1305, published May 3,

2000, International Telecommunication Union Radio Frequency Filing submitted by
China.

[63] “COMPASS-160E,” published November 16, 2003, International Telecommunication

Union Radio Frequency Filing submitted by China.

[64] “COMPASS-MG,” published November 18, 2003, International Telecommunication

Union Radio Frequency Filing submitted by China.

[65] Maeda, H., “Status of the Japanese QZSS Satellite System,” Munich Satellite Navigation

Summit, March 23-25, 2004.

[66] Takahashi, H., “The Future of JRANS Concept (Japanese Regional Advanced Navigation

Satellite System),” SATNAV 2003 Symposium, Melbourne, Australia, July 23, 2003.

[67] Karner, J., “GPS International Activities—Briefing by U.S. State Dept.,” 43rd Meeting of

the CGSIC IIS, March 2004.

[68] Makota, K., “The Quasi-Zenith Satellite System (Japanese Satellite Positioning System),”

International Aerospace Federation Conference (IAC) 2004, Vancouver, Canada, 2004.

[69] Kallender, P., “Impass over Japan's QZSS System Persists,” SPACE NEWS, November 1,

2004, p. 9.

[70] Kon, M., “System Overview and Applications of Quasi-Zenith Satellite Systems,” 21st

ICSSC, as AIAA 2003-2302, Yokohama, Japan, April 15-19, 2003.