Dr. RÓZSA Szabolcs

Positions:

Phone:

+36 1 463 3213

E-mail:

rozsa.szabolcs@epito.bme.hu

Room:

K. ép / mf. 26/12.

Research field:

Global Navigation Satellite Systems and their application in Geodesy and Surveying

Related projects

INTRO: Integrity of Troposphere Models (European Space Agency, ESA, koordinátor)

TROPSY: Assessment techniques of tropospheric effects for local augmentation systems (European Space Agency, ESA, témavezető)

GALILEA: Galileo Local Element Augmentation System (Galileo Joint Undertaking, European GNSS Agency, résztvevő)

Environmental Tectonics (EU FP5 Programme, résztvevő)

Related publications

Rózsa Sz (2014) Modelling Tropospheric Delays Using the Global Surface Meteorological Parameter Model: GPT2, PERIODICA POLYTECHNICA-CIVIL ENGINEERING 58:(4) pp. 301-308.

Falzini S, Minopoli M, Caporali A, Morini C, Pepi T, Ádám J, Rózsa Sz (2008) GALILEA: GALIleo Local Element Augmentation for SISE Prediction and Iono/Tropo Corrections, ATTI ACCADEMIA NAZIONALE DI SCIENZE LETTERE ED ARTI MODENA 187:(1) pp. 41-54.

Rózsa Sz, Heck B, Mayer M, Seitz K, Westerhaus M, Zippelt K (2005) Determination of displacements in the upper Rhine graben Area from GPS and leveling data, INTERNATIONAL JOURNAL OF EARTH SCIENCES 94:(4) pp. 538-549. (2005)

Rózsa Sz, Mayer M, Westerhaus M, Seitz K, Heck B (2005) Towards the determination of displacements in the Upper Rhine Graben area using GPS measurements and precise antenna modelling, QUATERNARY SCIENCE REVIEWS 24:(3-4 SPEC. ISS.) pp. 427-440

Rózsa Sz (2005) Abszolút antennakalibrálási adatok felhasználása geodinamikai hálózatokban, GEOMATIKAI KÖZLEMÉNYEK VIII: pp. 115-122. 

GNSS meteorology / remote sensing atmospheric water vapour

Related projects

COST ES1206: Advanced Global Navigation Satellite Systems tropospheric products for monitoring severe weather events and climate (GNSS4SWEC)

OTKA 83909: A levegő integrált vízgőztartalmának meghatározása GNSS mérésekből (szenior kutató)

Related publications

Horváth T, Viengdavanh R, Rózsa Sz (2014) Négydimenziós vízgőzmodellek előállítása GNSS tomográfiával, GEOMATIKAI KÖZLEMÉNYEK XVII:(1) pp. 69-78.

Rozsa Sz. (2014) Uncertainty Considerations for the Comparison of Water Vapour Derived from Radiosondes and GNSS INTERNATIONAL ASSOCIATION OF GEODESY SYMPOSIA 139: pp. 65-78.

Rózsa Sz (2014) Modelling Tropospheric Delays Using the Global Surface Meteorological Parameter Model: GPT2, PERIODICA POLYTECHNICA-CIVIL ENGINEERING 58:(4) pp. 301-308.

Rózsa Sz, Kenyeres A, Weidinger T, Gyöngyösi A Z (2014) Near real-time estimation of integrated water vapour from GNSS observations in Hungary, INTERNATIONAL ASSOCIATION OF GEODESY SYMPOSIA 139: pp. 31-39. (2014)

Rózsa Sz, Weidinger T, Gyönygösi A Z, Kenyeres A (2012) The role of GNSS infrastructure in the monitoring of atmospheric water vapor, IDŐJÁRÁS / QUARTERLY JOURNAL OF THE HUNGARIAN METEOROLOGICAL SERVICE 116:(1) pp. 1-20.

 

 

GNSS reflectometry

 

Physical geodesy / geoid modelling

 

CV:

 

Academic degree

  • habilitation, Earth Sciences (Budapest University of Technology and Economics, 2015)
  • PhD, Earth Sciences (Budapest University of Technology and Economics, 2003)

Qualifications:

  • Master of Business Administration (Budapest University of Technology and Economics, 2004),
  • MSc Land Surveyor and Geomatics Engineer (Budapest University of Technology and Economics, 1998)

Projects

Activities in professional bodies

Memberships
Functions:
Editorial Boards
Merits
  • Award for the consultation of students' research projects, BME (2015)
  • Szádeczky-Kardoss Elemér Award (Hungarian Academy of Sciences, 2012)
  • IAG Fellow (International Association of Geodesy, 2007)
  • Pro Scientia Golden Award (National Council of Student Research, 1999)
  • Szádeczky-Kardoss Elemér Award (Hungarian Academy of Sciences, 1999)
Status: 01/03/2017
 

 

Publications:

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