Global Navigation Satellite Systems Engineering, Policy, and Design
NavCom Technology, Inc., has announced new capabilities for the SF-3050 multi-frequency GNSS receiver and Sapphire GNSS OEM board.
In addition to the integrated StarFire/real-time kinematic (RTK) GNSS capabilities, the SF-3050 and Sapphire now support single-frequency, multi-constellation operation, heading, and moving base station RTK operation that enables coordinated vehicle applications.
By Inside GNSS
A Proton rocket carrying three modernized GLONASS (GLONASS-M) satellites failed to reach orbit following its launch Sunday (December 5, 2010), falling into the Pacific Ocean.
The Russian Federal Space Agency (Roscosmos) said that a special board had been established to investigate the event — rare for the GLONASS program — and "define next steps."
By Inside GNSS
GLONASS Tracks Father FrostAs GLONASS approaches completion, it’s no surprise that the Russian counterpart to GPS has gotten into more popular applications of GNSS technology — even Santa-tracking.
For more than 50 years, the North American Air Defense Command (NORAD) has followed the travels of the Christmas gift-bearer from his North Pole headquarters. The Santa-tracking operation can be viewed online.
By Inside GNSS
The 8th GeoForm+ trade fair will take place at EcoCentre Sokoniki in Moscow, Russia from March 15 through March 18, 2011.
It includes these specialized exhibitions of interest to Inside GNSS readers:
GeoMap covers geodesy, cartography and geographic information management systems.
GeoWAY covers GLONASS and GPS, intelligent transporation systems on land and sea, AUTOSPUTNIK and navigation using the GPS system.
By Inside GNSS
GLONASS Launch on September 2, 2010With activation of three modernized GLONASS (GLONASS-M) satellites launched on September 2 and plans to put four more space vehicles (SVs) into orbit before the end of this year, the Russian GNSS system will have more than enough spacecraft for an FOC declaration in the not-too-distant future.
By Inside GNSS
Residenz entrance, familiar to Munich Satellite Navigation Summit attendees.The 2011 Munich Satellite Navigation Summit will take place from March 1 through 3 in Der Residenz, the palace of the old Bavarian royal family and now home to four museums.
The event features high-level discussions about all of the world’s navigation satellite systems. It is organized by the Institute of Geodesy and Navigation at University FAF Munich.
The technical program begines with a plenary presentation on "GNSS in Balance," followed by a Bavarian State Reception.
By Inside GNSS
Thailand’s largest island and a popular tourist destinationThe 2nd Asia Oceania Regional Workshop on GNSS will be held in Melbourne, Australia, on November 21–22, in the two days before the Asia-Pacific Regional Space Agency Form (APRSAF) annual meeting in the city.
The free event will take place at the Royal Melbourne Institute of Technology (RMIT) University in Storey Hall at 342 Swanston Street. Registration is required on the event website.
By Inside GNSS
OlinkStar CC100-BG Beidou-GPS moduleDespite the absence of official published specifications for China’s Compass/Beidou-2, a number of GNSS companies have announced plans to build Compass-capable receivers — in some cases “future-proofing” their products so as to be upgradeable when a Beidou-2 Interface Control Document becomes available.
By Inside GNSS
GLONASS-M satellite. Figure/photo, JSC “Academician M.F. Reshetnev “Information Satellite Systems”A Proton-M carrier rocket successfully launched three GLONASS-M satellites into orbit early this morning (September 2, 2010, Moscow time) from the Baiknour space center in Kazakhstan. Another launch on November 30 will send three more M-type satellites into orbit, and the first GLONASS-K is scheduled to go up on December 25.
The imminent completion of a full constellation by the end of the year is accompanied by a vigorous policy initiative to promote Russia’s revitalized GNSS.
By Inside GNSS
Applanix recently released Version 5 of its Position and Orientation System for Land Vehicles (POS LV).
According to the company, the system uses integrated inertial technology and is designed to generate stable, reliable and repeatable positioning solutions for land-based vehicle applications such as road geometry, pavement inspection, GIS database and asset management, road surveying and vehicle dynamics. The company says the unit is designed to operate under the most difficult GPS conditions in urban and suburban environments.
By Inside GNSS
NovAtel Inc. recently announced the release of Version 1.011 firmware for its L1 OEMStar GNSS (GPS+GLONASS+SBAS) receiver, which the company says is designed to provide improved PDP and GL1DE filter performance, improved satellite tracking in low signal level environments, improved satellite-based augmentation system (SBAS) performance when operating outside of the standard grid map, and improved time to first fix.
By Inside GNSS
Ray O’Connor, Topcon Positioning SystemsTopcon Corporation has announced the promotion of Ray O’Connor to managing executive officer for the company.
O’Connor is president and CEO of Topcon Positioning Systems (TPS), based in Livermore, California, and chairman of the board of Topcon Europe Positioning. He will continue to fill these and other positions within the corporation while taking on additional managerial oversight of various corporate projects and initiatives.
By Inside GNSS
Illustration of GLONASS-K satelliteA provisional specification for the planned GLONASS CDMA signal has been defined and is available to receiver manufacturers interested in experimenting with the demonstration signal that will be broadcast from the GLONASS-K satellite to be flight-tested later this year.
Mark Shmulevich, head of business development for Russian Space Systems (RSS), extended the offer at the Asia Pacific Economic Cooperation GNSS Implementation Team (APEC-GIT) meeting in Seattle, Washington, this week. RSS is an amalgamation of 10 former Russian federal state unitary enterprises — that is, government corporations — and other Russian institutes and agencies established last year, with the former Russian Institute of Space Device Engineering (RISDE) serving as the lead.
By Inside GNSS
