January 19, 2009
An official with China's main space program contractor told China Central Television (CCTV) on January 18 that the country will complete a 30+ satellite Compass (Beidou) constellation by 2015.
Inside GNSS • January/February 2009
Sidebar: Program Updates
Representatives from the world’s GNSS and augmentation providers spent a sun-laden week in Pasadena, California, advancing aspirations for their separate enterprises while refining the basis for compatibility and interoperability among them.
December 23, 2008
International System Providers Meeting (ICG-3) Reflects GNSS’s Competing Interests, Cooperative Objectives
Representatives from the world’s GNSS system and augmentation providers spent a sun-laden week in Pasadena, California, recently, advancing aspirations for their separate enterprises while refining the basis for compatibility and interoperability among them.
December 18, 2008
The European Space Agency (ESA) has appointed Prof. Dr. Günter Hein to serve as Head of Galileo Operations and Evolution with duties in Noordwijk, Netherlands, and Paris, France.
With an initial four-year term beginning December 1, Hein will report directly to René Oosterlinck, ESA’s director of the Galileo program and navigation-related activities (D/GAL).
December 8, 2008
(updated 12/8/08) China plans to launch 10 Compass satellites during the next two years in order to create a regional positioning, navigation, and timing (PNT) capability in the Asia-Pacific region by 2010.
Events • October 1, 2008
“Due to the big earthquake and Olympics game in China, the Chinese government decided to postpone the NaviForum to sometime next year,” NaviForum organizer Peter Zhou told Inside GNSS. Zhou is executive secretary of the conference’s organizing committee.
Inside GNSS • September/October 2008
China’s Compass navigation system (Beidou II) will offer 10 services — five free “open” services, and five restricted “authorized” services — centered at eight different carrier frequencies.
Inside GNSS • May/June 2006
Until now, civilian global satellite navigation systems (GNSS) receivers have had essentially only one signal, the GPS L1 C/A-code, reliably available for navigation. However, in the coming years, many more operational GNSS signals, systems, and frequencies will become available to civilian users.
Ventures • June 6, 2008
A European initiative is seeking to link small and medium-sized enterprises (SMEs) in Asia and Europe through a series of one-on-one encounters between businesses operating in the aerospace and information and communication technology (ICT) sectors, with a special focus on Galileo-based satellite navigation applications.
Inside GNSS • Spring 2008
Creation of new global navigation satellite systems and modernization of existing ones is introducing many new signals across a wide swath of RF spectrum now and in the near future. These developments are accompanied by a growing need to design new GNSS receivers that can work with new signal structures on an increasing number of frequencies.
Europe’s Galileo program has supported a number of activities intended to promote innovations in receiver design, such as prototype Galileo user equipment, reference receivers, and so on.