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04 July |
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04 July |
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04 July |
Activities
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Past events |
Upcoming events |
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Introduction to Geodesy 23-27 Oct 2023 |
Introduction to GNSS & its Applications 25-29 Nov 2024 |
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Short Term course on Adjustment Computation 18-23 Sep 2023 |
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Two-Week course on Strengthening the Positioning Infrastructure 22-04 March 2023 |
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Two-Week course on Strengthening the Positioning Infrastructure 19-30 Sep 2022 |
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Short-Term Course on Geodetic Surveying 11-15 Jul 2022 |
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Two-Week Short-Term Course on Introduction to Surveying 9-20 May 2022 |
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One-Week Course on Strengthening the Positioning Infrastructure 25-29 Apr 2022 |
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Two-day Course on Recent Developments in the field of Geospatial and Geo-Intelligence Data Collections 19-20 Apr 2022 |
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Four-Week Course on Strengthening the Positioning Infrastructure 20 Dec 2021 – 14 Jan 2022 |
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Introduction to GNSS and applications 8-29 Nov 2021 |
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Short Term Course on Introduction to GNSS and Its Applications Last Date of Online Application: 30 October 2021 |
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Geodetic Network Adjustment for High-Resolution 2D/3D Surveys for NSDI Application Development 26-27 Aug 2021 |
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Senior Level Short-term course on Geodesy (19-30 July 2021) |
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Winter school on Physical Geodesy & its applications Workshop on the design, development and applications of satellite gravimetry. (February 15-24, 2021) |
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Computing Techniques for Urban Mobility and Smart Parking Lecture Series under Sparc (28-30 Jan 2021) |
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The present and future of Satellite Gravimetry Workshop on the design, development and applications of Satellite Gravimetry. (November 18-20, 2020) |
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Introduction of VLBI Technique for Geodetic Applications in India (March 3 - 4, 2020) The workshop will be led by Prof. Harald Schuh, Director, Department of Geodesy, GFZ, Potsdam, Germany. |
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Geospatial Technologies for Smart Cities and Urban Mobility (January 20 - 28, 2020) The workshop is led by Prof. Stephan Winter, The University of Melbourne, Australia |
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Autumn School on Physical Geodesy and Its Applications (October 14 -24, 2019) The school was conducted mainly by Prof. Will Featherstone, Curtin University, Australia. |
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Inauguration function of the National Centre of Geodesy (September 7, 2019) |
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K. K. BajpaiPrincipal Scientific Officer
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Contact
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Dr. Onkar DikshitProfessor & Program Coordinator NCG |
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Maj. Gen. Dr. B. NagarajanPh.D. Ohio State University |
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Dr. Balaji DevarajuAssistant Professor |
Research
Indicative List of Areas of Interest
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1 |
Precise geodetic techniques for polar motion studies and in the determination of Earth rotation parameters |
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2 |
Estimation of essential climate variables using geodetic sensors |
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3 |
Determination of precise gravity field using satellite gravity missions such as GRACE, GOCE, CHAMP, etc., and hence to realize precise gravimetric Geoid in combination with Airborne and terrestrial gravity data |
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Recovery of temporal variations of the gravity field from GRACE and GRACE-FO |
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Simulation studies for future satellite gravity field missions |
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Characterizing catchments with terrestrial gravimetry |
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Development of regional precise gravimetric Geoid for the Indian subcontinent and establish Indian vertical datum. |
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Use of precise geodetic techniques for crustal deformation and plate motion studies and in the determination of earthquake precursors |
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Satellite altimeter for sea-level variation studies and climate modeling |
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Disaster management studies such as flood modeling, Tsunami warning, and landslides using satellite images and satellite/ ground-based geodetic measurement techniques |
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Development of Indian grid reference system on GPS along with subroutines for coordinates data computation |
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Error analysis in map projection and transformation |
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Positioning algorithms for GNSS satellite systems- GPS, GLONASS, GALILEO, COMPASS, IRNASS, etc. |
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GNSS reflectometry of soil moisture and sea-level studies |
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Crustal deformation studies using GNSS |
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Application of the IGS Station at IIT Kanpur for studies on the realization of ITRF and ICRF |
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Monitoring the hydrological load using GNSS |
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Development of low-cost GNSS permanent stations |
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Hydrological modeling using GRACE data |
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Use of machine learning techniques with massive data from various geodetic sensors |
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SAR interferometry for deformation studies |
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Airborne and terrestrial laser scanning for various applications |
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Integration of various sensors for navigation and mapping |
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Camera calibration for photogrammetric applications |
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Mobile mapping systems |
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GIS applications in open source environment |
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27 |
Applications for Earth observation and geosciences |
