SKPOS NOT ONLY POSITIONING SERVICE R&D PROJECTS SUPPORTER

Similar documents
SKPOS. Slovak real-time positioning service - a multifunctional tool for precise object and phenomena positioning

Monitoring tool for EUPOS countries network RTK quality

PosKEN Related Activities in the Czech Republic

ASG-EUPOS reference system

Integrated geodetic infrastructure at the Geodetic Observatory Pecný, Czech Republic, in service of national and international GNSS projects

EUREF Related Activities in the Czech Republic

EUREF Permanent GNSS Network Carine Royal Observatory of Belgium

EUPOS - EUROPEAN POSITION DETERMINATION SYSTEM INITIATIVE

EUREF Related Activities in the Czech Republic

EUREF Related Activities in the Czech Republic

ASG-EUPOS DENSIFICATION OF EUREF PERMANENT NETWORK ON THE TERRITORY OF POLAND

Geodetic policy for Ireland and Northern Ireland

Towards a EUREF Service Providing Real-time GNSS Clock and Orbit Corrections

EUREF Related Activities in the Czech Republic

Multi-GNSS real-time troposphere delay estimation

EUPOS: Unified GNSS Augmentation Infrastructure and International Cooperation in Central and Eastern Europe

HEAD OFFICE OF GEODESY AND CARTOGRAPHY. Wspolna 2 Str., Warsaw, Poland ASG-EUPOS THE POLISH CONTRIBUTION TO THE EUPOS PROJECT

EUREF Related Activities

OF POLAND TO EUREF 2009

Cross-Border EUPOS Data Exchange First Experience

The realization of a 3D Reference System

National Report of Greece to EUREF 2009

ROMPOS FOR CADASTRE APPLICATIONS

EUPOS Central and Eastern European Differential (D)GNSS Infrastructure, and Cooperation

Alberding solutions for GNSS infrastructure operators

Accuracy assessment of free web-based online GPS Processing services and relative GPS solution software

LONG-TERM POSITIONAL MONITORING OF STATION VYHL OF THE SNĚŽNÍK NETWORK

CROPOS as Support of Geodetic Infrastructure in Croatia

Newsletter 01/2012. Content

Real-Time and Multi-GNSS Key Projects of the International GNSS Service

The International Scene: How Precise Positioning Will Underpin Critical GNSS Applications

VESOG GNSS Network in Czech Republic

Trimble NetR9 Reference Receiver Series: Frequently Asked Questions

National Report of Greece to EUREF 2010

EUPOS - European Position Determination System Status and current issues

EUPOS European Position Determination System

Trimble GNSS Infrastructure

Terrestrial Reference Frame of Serbia and its temporal rate

European Position Determination System (EUPOS )

LitPOS a part of EUPOS

European Position Determination System. Technical Standards

Real-time Water Vapor and TEC calculation using existing GNSS reference station infrastructure. Rana Charara Trimble Infrastructure

TrigNet: The South African Network of Continuously Operating GNSS Base Stations

Philippine Geodetic Infrastructure Status, Challenges and Future Direction

CROPOS CROatian POsitioning System

Global and Regional Real-Time Infrastructure for open access use

Establishment of Karadeniz Technical University Permanent GNSS Station As Reactivated of TRAB IGS Station

Enhancing the Swiss Permanent GPS Network (AGNES) for GLONASS

Guidelines for EUREF Densifications

GNSS CORS in the Pacific

EUROPEAN POSITION DETERMINATION SYSTEM (EUPOS )

NATIONAL REPORT OF POLAND TO EUREF 2012

NTRIP Background History, Development & BKG. Networked Transport of RTCM via Internet Protocol

Monitoring of High-rise Building

KOPOS (KOsovo POsitioning System) ANALYSIS IN THE TESTING PHASE

What makes the positioning infrastructure work. Simon Kwok Chairman, Land Surveying Division Hong Kong Institute of Surveyors

Template for CORS Networks

THE PERMANENT MODRA-PIESOK GPS STATION MODRA- PIESOK AND ITS LONG-TERM AND SHORT-TERM STABILITY

International Foundation HFSJG Activity Report 2016

Applications, Products and Services of GPS Technology

Exploiting the high precision capabilities of the Hellenic Positioning System - HEPOS

Real-time PPP Results From Global Orbit and Clock Corrections

Future of Reference Frames from Static to Dynamic? Markku Poutanen and Pasi Häkli

RELEASE NOTES. Introduction. Trimble Infrastructure GNSS Series Receivers

IGS workshop 2018 Multi-GNSS through Global Collaboration Datum: 29 October - 2 November 2018 Plats: Wuhan, China Deltagare: Tong Ning (I0101)

Updated Options and New Products of EPN Analysis

IMO WORLDWIDE RADIONAVIGATION SYSTEM (WWRNS) Study on Communication Techniques for High Accuracy DGPS in the Republic of Korea

Tamás Horváth. 06 June 2012

GNSS Analysis with Galileo Observations in the Subnetwork of the BEK Analysis Centre

Precise Positioning GNSS Applications

GNSS Application trends in Central Asia

al T TD ) ime D Faamily Products The RTD Family of products offers a full suite of highprecision GPS sensor positioning and navigation solutions for:

MGEX Clock Determination at CODE

IAG School on Reference Systems June 7 June 12, 2010 Aegean University, Department of Geography Mytilene, Lesvos Island, Greece SCHOOL PROGRAM

FieldGenius Technical Notes GPS Terminology

MGA Webinar Series : 1 Very Cheap RTK Receivers: Changing the Landscape of Positioning Services

National report of Ukraine

GNSS Low-Cost High-Accuracy Receiver (L-CHAR)

Datums and Tools to Connect Geospatial Data Accurately

Monitoring of long-term changes in GBAS daily solutions for the maintenance of the Polish reference frame

Some Metrological Issues of GNSS Positioning: Case Study for the Czech Republic

SERVIR: The Portuguese Army CORS Network for RTK

Italian GNSS network: status of the processing and position/velocity results

Federico MORSUT 1, Raffaela CEFALO 2. DMG, University of Trieste; 2 GeoSNav Lab, University of Trieste

NATIONAL REPORT OF SLOVENIA

Geodetic Reference Frame Theory

The International GNSS Service (IGS): Product and Services

CROPOS positioning easier than ever

Real-Time GNSS EUREF-IP Pilot Project

Is neo-cadastral surveying on your smartphone feasible?

Trimble GPSNet 2.5 Software for GNSS Infrastructure: New Features. Martin Janousek - Trimble Technical Support - Infrastructure

RELEASE NOTES. Introduction. Trimble NetR9 Infrastructure GNSS Series Receivers

The Reasons to Succeed or to Fail a GNSS Network RTK Project

CONTRIBUTION OF EUPOS PERMANENT GPS NETWORK TO THE EUREF REFERENCE SYSTEM

Performance Evaluation of Differential Global Navigation Satellite System with RTK Corrections

WHU s developments for the MGEX precise products and the GNSS ultra-rapid products

Some Features of Pre-Processing of RTK Network LitPos (Lithuania) Data Applying Bernese Software

A NEW GEOCENTRIC DATUM FOR NEW ZEALAND

PERSPECTIVES OF FREE GNSS POST-PROCESSING SOFTWARE USING

GNSS High Precision Systems for Cadastre: development, experiences and Galileo perspectives

Transcription:

SKPOS NOT ONLY POSITIONING SERVICE R&D PROJECTS SUPPORTER Ing. Branislav Droščák, PhD. Geodetic and Cartographic Institute BRATISLAVA branislav.droscak@skgeodesy.sk International scientific and methodological conference KOLOS 2014 The 1st conference within the project Space emergency system December 4-6 2014, Stakčín & Kolonica saddle, Slovakia

Agenda Geodetic and Cartographic Institute Bratislava Geodetic controls department SKPOS what is it infrastructure status in December 2014 information about number of users, type of users etc. Contribution with SKPOS data to research and development projects Own activities Collaboration with other institutions Planned activities Conclusion

Geodetic and Cartographic Institute (GKÚ) Budget organisation Under patronate of Geodetic, Cartographic and Cadastral authoroty of the Slovak republic (ÚGKK SR) 193 employees 6 departments and 20 sections

Geodetic controls department Structure Geodetic controls department Ing. Branislav Droščák, PhD. Geodetic controls administration Ing. Elena Beňová Geodetic controls networks Ing. Václav Bolech Geodetic controls analysis Ing. Emília Havlíkova ISGZ group Levelling Group 1 Border maintanance Group 1 GNSS a SKPOS data processing SKPOS group Maintanance Group 1 Maintanance Group 2 Levelling Group 2 Levelling Group 3 Border maintanance Group 2 Border maintanance Group 3 Gravimetry Group 1 Levelling processing

Geodetic controls department Main tasks Geodetic and Cartographic Institute Bratislava Geodetic controls department 1. Administration and realization of the geodetic reference systems in Slovakia 2. Providing of the reference base for correct work in geodetic reference systems Reference base Geodetic controls points of National spatial, National levelling, National gravimetric and National trigonometric networks Services which enable to work in or transform data between geodetic reference systems (SKPOS service, transformation service)

SKPOS Slovak real-time positioning service

SKPOS Slovak real-time positioning service SKPOS is Slovakian public real time positioning service which enables registered users to correctly work in ETRS89 and S-JTSK systems via transmitted corrections in RTCM or CMR data formats RINEX data files (for postprocessing) http://skpos.gku.sk

SKPOS Fundaments (main elements) SKPOS composed of GNSS permanent stations National service center with service control software Private WAN network which joins permanent stations with National service center

SKPOS GNSS stations infrastructure (status in Dec 2014) 32 Slovakian permanent stations (14 individual calibrated) All stations with TRIMBLE receivers and antennas All stations observe GPS+GLONASS signals (few Galileo and BeiDou) 18 foreign permanent stations (APOS, gnssnet.hu, CZEPOS, ASG-EUPOS, ZAKPOS) NetR8 NetR9 Legend Trimble NetR8 receiver Trimble NetR9 receiver Trimble NetR5 receiver Individual calibrated antenna

SKPOS permanent stations Types of monumentation

National service centre Web SKPOS National service center and its activities Situated on GKÚ Bratislava www.skpos.gku.sk Routine activities Service administration Service quality monitoring Data archivation and service backups Users administration and contracts managment

SKPOS Control software Trimble Pivot Platform ver. 3.1.5 I-Scope modul

SKPOS Service principle SKPOS User SKPOS National service center

SKPOS Services (mountpoints) Only network solution (Network RTK in VRS concept) is provided! No single station! Service (mountpoint) name Accuracy Data format Interval SKPOS_MM for post-processing (VRS or permanent station data) mm - cm RINEX: 2.10, 2.11, 3.0 DAT, TGD, T01, T02 1 sec. x sec. SKPOS_CM_23 SKPOS_CM_31 SKPOS_CM_CMRX SKPOS_CM_CMR+ for RTK SKPOS_DM_SVK SKPOS_DM_SVK_23 for DGNSS 2 4 cm RTCM 2.3 RTCM 3.1 CMRX CMR+ 0,3 1 m RTCM 2.1 RTCM 2.3 1 sec. 1 sec.

SKPOS Charges Post processing 1000 hours RINEX files RINEX 2.x, 3.x 50 / 365 days Network RTK (year) 1000 hours network RTK 50 hours RINEX files Network RTK (month) RTCM 2.3, 3.1, CMRx, CMR+ RTCM 2.3, 3.1, CMRx, CMR+ 50 / 365 days (from 1.5.2014) 19 / 30 days DGNSS RTCM 2.1 20 / 365 days

SKPOS Number of users (December 2014) over 950 users number is still increasing SKPOS RTK users 950 701 762 806 550 571 413 238 2007 2008 2009 2010 2011 2012 2013 April December 2014 2014

SKPOS Type of users

SKPOS Usage SKPOS usage Surveying fields (cadastre, surveying, mapping, GIS) - 92% Other fields - 8% surveying, cadastral, cartography geodesy and GIS other than surveying, cadastral, cartography geodesy and GIS

SKPOS Usage SKPOS usage Surveying fields (cadastre, surveying, mapping, GIS) - 92% Cadastre 24% Engineering - construction 19% Mapping thematic maps 15% Mapping different activity 14% Engineering road construction 9% Land consolidation 5% GIS data collection 4% Engineering control and deformation measurements 4% GIS - thematic maps 3% Terrestrial photogrammetry and scanning 1% Aerial photogrammetry and scanning 1% Other 1%

SKPOS Usage SKPOS usage Other fields - 8% Other than surveying, cadastre, cartography, geodesy, GIS etc. Precise farming 73% Other 7% Pipeline transport 7% Mining 2% Construction control of machines 3% Air transport 3%

SKPOS Portal and registration to the service http://skpos.gku.sk/registeraccount.aspx

Contribution with SKPOS data to research and development Own (GKÚ) activities

GKU run SKPOS stations for geodynamics purposes 10 special Pilier/pier & deep drilled braced monumentation

Routine precise SKPOS data processing on GKÚ Precise GNSS data processing Scientific Bernese GNSS software v5.2 ITRS (ITRF2008) Antenna absolute phase center models Precise IGS ephemerids GPS+GLONASS Adjustment Minimal Constraint no net translation condition on the selected EPN stations Všeobecné spracovanie jedného dňa (1-day NEQ) Skopírovanie vstupných dát Tvorba redukovaných súboru Observačné dáta vo forme RINEX Súbory s redukovanými + normálnymi rovnicami súradnice pólu, dráhy družíc (orbity), parametre Ionosféry, diferencie kódov Tvorba výsledných denných súborov -Normálne rovnice (NQ0) -Troposférické parametre (TRO) Konverzia a synchronizácia dát -Riešenie siete (SINEX) Results SINEX files XYZ coordinates + covariancies Kódové spracovania Vytvorenie jednoduchých diferencií Predspracovanie fázových meraní Spracovanie siete na základe reálnočíselných (float) ambiguít Zobrazenie rezíduí Spracovanie siete (fixné) na základe vyriešených ambiguít Vyriešenie ambiguít Opätovné spracovanie siete na základe reálnočíselných (float) ambiguít Kontrola rezíduí -detekcia chybných družíc -detekcia chybných staníc

Precise SKPOS data processing Processing network SKPOS int 30/1 EPN SKPOS ext 2/2 EPN APOS 3/1 EPN GNSSnet.hu 8/2 EPN CZEPOS 6/3 EPN ASG-EUPOS 7/4 EPN ZAKPOS 3/1 EPN 2 - Total 61 stations

Contribution to geokinematics of Slovakia Scheme of processing 1. Trend estimation = interplate velocities estimation (Estimated station velocities represents motions of particular) 2. Velocities visualization via vector field Hz plane V plane 3. Motions interpretations SKTRF09 2 mm SKPOS

Slovakia geodynamics Example of the result Development of Interplate velocities (Horizontal)

Contribution with SKPOS data to research and development Collaboration with other institutions

SKPOS active part of EUPOS Follows EUPOS initiative standards Keeps information in EUPOS station database Contributes to EUPOS combination centre (SINEX GKU) Leads EUPOS working group on service monitoring

Contribution to European geokinematics GKU contributes to ECC = EUPOS Combination Center SINEX files with GKU acronym: GKUwwww7.SNX ECC aim Creation of European interplate velocity model = base for the new ETRS89 definition ECC leader: Ambrus Kenyeres (FOMI - Hungary)

Contribution to European geokinematics A.Kenyeres (from status report October 2013)

Contribution to European geokinematics A.Kenyeres (from status report October 2013) ECC results: agreed with GKÚ solution confirm that permanent stations on buildings can help to European geokinematics confirm that central Europe is stabile part of Eurasian tectonic plate

Activities related to EUREF Permanent Network SKPOS contribution to EPN and IGS Contribution to EPN, IGS Daily and hourly observation and navigation data - RINEX 2.11 including L5, RINEX 3.02 EUREF-IP project Observation data from GANP in Real-time NTRIP protocol, RTCM 3.1. GANP Od: 2003 GPS, GLONASS, Galileo, BeiDou EPN, IGS, EUREF-IP Admin: GKÚ MOP2 Od: 2008 GPS, GLONASS EPN Admin: STU BBYS Od: 2007 GPS, GLONASS, Galileo, BeiDou EPN Admin: GKÚ + TOPÚ

SKPOS contribution to National center for diagnosting the earth surface deformations in Slovakia project http://www.geokinematika.sk

Contribution with SKPOS data to research and development Planned activities

Planned collaboration with Vihorlatská hvezdáreň SES project Collaboration between GKÚ and Vihorlatska hvezdareň Agreement prepared for signature KOLS permanent station will be part of SKPOS GKU plan to support SES project with: KOLS permanent station data provision 8 SKPOS permanent stations http://www.meteognss.net/

Planned contribution to E-GVAP programme E-GVAP = The EUMETNET GNSS water vapour programme GKU plan to contributs with SKPOS data to computation of water vapour above the SKPOS sites in NRT computes and sends ZTD data to E-GVAP centers for water vapour computations

Planned contribution to MGEX project GKU plan to contributs with SKPOS station GANP to MGEX (Multi GNSS experiment project) MGEX IGS scientific project to track, collate and analyze all available GNSS signals. Analysis centers will attempt to estimate inter-system calibration biases, compare equipment performance and further develop processing software capable of handling multiple GNSS observation data

Conclusion As you could see in the slides before, SKPOS is not only the positioning service for Slovakian land surveyors but with its data from permanent stations also contributes to different research and developments projects and activities It is planned to continue in those activities, because there is no other public network in Slovakia which will be able to do this From this point of view we can said, that GKU (with SKPOS data) is successful supporter of different useful R&D projects and programmes

Thank you for your attention Geodetic and Cartographic Institute BRATISLAVA branislav.droscak@skgeodesy.sk