IWAGPR 2017: Difference between revisions

From Openresearch
Jump to navigation Jump to search
No edit summary
No edit summary
Line 8: Line 8:
|End date=2017/06/30
|End date=2017/06/30
|Homepage=http://www.iwagpr2017.org/
|Homepage=http://www.iwagpr2017.org/
|has general chair=Antonis GIANNOPOULOS, Craig WARREN
}}
}}
''the 9th International Workshop on Advanced Ground Penetrating Radar - IWAGPR2017 which will be held in Edinburgh, Scotland from 28-30 June 2017, and is organised by the School of Engineering at The University of Edinburgh.


The three-day workshop is aimed at exploring advancements in Ground Penetrating Radar (GPR) techniques and applications.''
''9th International Workshop on Advanced Ground Penetrating Radar
IWAGPR2017 is part of a biennial series of interna>onal scien>fic symposia aimed at exploring
advancements in Ground Penetra>ng Radar (GPR) techniques and applica>ons.
''
 
*  Novel developments in GPR systems and antennas
*  Advanced data and image processing algorithms
*  Forward modelling techniques and inversion methodologies
*  Archaeology and cultural heritage
*  Engineering and Geotechnical applica>ons: e.g. u>lity detec>on, road and pavement inspec>on, concrete evalua>on, NDT, tunnelling
* and mining
* • Geological applica>ons: e.g. geology, sedimentology, hydrogeophysics, soil contamina>on, glaciology,
* and planetary explora>on
* • Security applica>ons, unexploded ordnance and landmine detec>on

Revision as of 10:36, 10 September 2020

IWAGPR 2017
9th International Workshop on Advanced Ground Penetrating Radar
Event in series IWAGPR
Dates 2017/06/28 (iCal) - 2017/06/30
Homepage: http://www.iwagpr2017.org/
Location:
Committees
General chairs: Antonis GIANNOPOULOS, Craig WARREN
Table of Contents


The following coordinate was not recognized: Geocoding failed.The following coordinate was not recognized: Geocoding failed.


9th International Workshop on Advanced Ground Penetrating Radar IWAGPR2017 is part of a biennial series of interna>onal scien>fic symposia aimed at exploring advancements in Ground Penetra>ng Radar (GPR) techniques and applica>ons.

  • Novel developments in GPR systems and antennas
  • Advanced data and image processing algorithms
  • Forward modelling techniques and inversion methodologies
  • Archaeology and cultural heritage
  • Engineering and Geotechnical applica>ons: e.g. u>lity detec>on, road and pavement inspec>on, concrete evalua>on, NDT, tunnelling
  • and mining
  • • Geological applica>ons: e.g. geology, sedimentology, hydrogeophysics, soil contamina>on, glaciology,
  • and planetary explora>on
  • • Security applica>ons, unexploded ordnance and landmine detec>on