GNSS Network/Project metadata - URI: https://w3id.org/moid/projnet.5daed2edb6ae0c3cdc5bd912
ACRONYM
ROMPOS
NAME
Romanian Position Determination System
NETWORK/PROJECT MANAGER
National Center for Cartography
PRIMARY CONTACT
Geodesy and ROMPOS Service (office@rompos.ro)
DOI
COUNTRY
Romania (ROU)
CATEGORY
Network
TYPE
Local/National
ADDITIONAL INFORMATION
ROMPOS uses signals from the following satellite systems: GPS, GLONASS and GALILEO using a network consisting of 75 CORS. 1999-The first GNSS Reference Statio (BUCU) was installed in 1999 at the Faculty of Geodesy from the Technical University of Civil Engineering of Bucharest with the support of the german Federal Agency for Cartography and Geodesy (BKG). 2004-The National Network of Reference Stations has an accelerated growth due to upgrading the existing stations and integrating new ones. 2005-2012-In the 2005-2012 period a network densification campaign takes place through the prrocurement managed by NACLR for new receivers and latest generation software following a homegenous distribution of site on the entire surface of Romania. The medium distance betwen the GNSS permanent stations is about 70 Km. The receivers used are capable on tracking, GPS(74), GLONASS (70) and GALILEO (9). 2006-Starting with 2006, besides BUCU European GNSS reference station (EUREF) which becomes IGS (International GNSS Service) station, Romania contributes to (European Reference Frame – European Permanent Network) by integratigs 4 more reference stations: BACA (Bacău), BAIA (Baia Mare), COST (Constanţa) and DEVA (Deva). 2018-The Order No.217/2018 regarding completing Annex no.4 for the General Director of the National Agency of Cadaster and Land Registration no. 1445/2016 states that ROMPOS administration is transferred to the National Center for Cartography. 2019-The prices of ROMPOS services are modified by Order 16/2019 and a new pltaform for rover administration is launched app.rompos.ro. In the April-May period a firmware upgrade campaign for all the receivers included in ROMPOS took place. In June 3rd the first Galileo solutions for RTK are launched.
STATION(S)
ABIU00ROU
ADJU00ROU
ALXR00ROU
ARAD00ROU
BACA00ROU
BAIA00ROU
BAIS00ROU
BEI200ROU
BEIU00ROU
BIST00ROU
BNLC00ROU
BOTO00ROU
BRAI00ROU
BRL100ROU
BRSO00ROU
BUCR00ROU
BUFT00ROU
BUZ200ROU
BUZA00ROU
CALR00ROU
CAM100ROU
CIUC00ROU
CLU200ROU
CORA00ROU
COST00ROU
CRAI00ROU
CRNV00ROU
DEJ100ROU
DEJ200ROU
DEVA00ROU
DORO00ROU
DRMN00ROU
DRT200ROU
DRTS00ROU
FAGA00ROU
FAGE00ROU
FAUR00ROU
FLAM00ROU
FOCS00ROU
GHE100ROU
GIUR00ROU
GURA00ROU
HAR100ROU
HORE00ROU
HUED00ROU
IASI00ROU
INFP00ROU
INSU00ROU
ISTR00ROU
LEHL00ROU
MEDS00ROU
MIZI00ROU
MNGL00ROU
MOL200ROU
MOLD00ROU
MURE00ROU
NEHU00ROU
ODO100ROU
OLTE00ROU
ORAD00ROU
PASC00ROU
PET200ROU
PITE00ROU
PLOI00ROU
PTNT00ROU
PTRS00ROU
RESI00ROU
RMAN00ROU
SATU00ROU
SFGH00ROU
SIB100ROU
SLOB00ROU
SLTN00ROU
SNIC00ROU
SUCE00ROU
SULI00ROU
TAJO00ROU
TBUJ00ROU
TIM100ROU
TJIU00ROU
TLCA00ROU
TRGV00ROU
VAD200ROU
VAMO00ROU
VASL00ROU
VATR00ROU
VISE00ROU
VLC100ROU
VLC200ROU
ZALU00ROU
ZERI00ROU
ZIMN00ROU

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