Radio Research Laboratories / Corona Publishing / Radio Astronomy Applications Group / /
Country
Japan / /
Currency
pence / /
Facility
National Institute of Standards and Technology / National Institute of Information / /
IndustryTerm
precise satellite orbits / carrier phase / carrier frequency / time transfer technology / carrier phase time transfer / carrier phase ambiguity / carrier wavelength / this to participating network / time transfer network / satellite equipment / satellite clock error / atomic clock technology / carrier phase analysis / given satellite / carrier phase observations / time receiver software / transfer using carrier phase observations / satellite orbit / orbit-analyzing software / carrier frequencies / satellite time / precise time comparison technology / satellite orbital error / satellite laser ranging data / ionospheric time delay algorithm / time transfer applications / performed using a carrier phase / /
Organization
National Institute of Standards and Technology / Standards Division / International GPS Service / Center for Orbital Determination in Europe / National Institute of Information / National Bureau of Standards / Geodetic Society of Japan / Wireless Communications Division / U.S. Securities and Exchange Commission / Data Publication Service / U.S. Department of Defense / /
4-2 GPS Common View GOTOH Tadahiro, KANEKO Akihiro, SHIBUYA Yasuhisa, and IMAE Michito GPS common-view method was developed in the 1980s and it had been a world leading time transfer technology in the recent two decades.