|
3D Kite Aerial Photography and other techniques |
||||||||
|
| There are some intriguing items on the
internet relating to 3D KAP (and ground-contour mapping - see
DEM / DTM). This
is
particularly useful in archaeology but it has many other potential uses. Some
relevant websites are listed above but the
software can be expensive and technically demanding. Nearer to home, here in Scotland,
James Gentles (2) and
Simon Harbord have
also investigated 3D techniques. If the recent trends in radar-on-a-chip technology are reflected in the development of Lidar ( 1, 2 , 3, 4) equipment, much more compact systems may not be that far away but expense may continue to be an issue for both hardware and software. Computer / machine vision is a rapidly developing field and the use of cameras directly controlled by computers/FPGAs may find a wider use in KAP. Time-of-flight cameras are an interesting development. A multi-disciplinary approach to archaeological photography is particularly productive as further illustrated by the archaeological, ground-based remote sensing systems (GBRS) developed by Christopher Brooke in the Departments of Archaeology, History, and Physics at the University of Nottingham since1983. The Remote Sensing and Photogrammetry Society is the UK’s leading Society for remote sensing and photogrammetry and their application to education, science, research, industry, commerce and the public service. There is an Archaeology Special Interest Group. The international Aerial Archaeology Research Group also provides a forum for the exchange of ideas and information for all those actively involved in aerial photography. |
| Digital Past:
New Technologies in Heritage, Interpretation and Outreach
presented by RCAHMW, sponsored by See3D Ltd at The Visualisation Centre, Penglais Campus, University of Aberystwyth, Wales, February 2009 |
|
|
Seminar Aims:
|
|
|
PRESENTATIONS Session One: 3D Animation and Imaging in Heritage Interpretation: 'The uses of 3D visualisation for interpretation, outreach and educational purposes, the range of material suitable for creating 3D visualisations (3D survey, archive drawings, photographs), differing scales of visualisations from 3D animations, different forms of visualisation.'
Session Two: Remote Sensing, Laser Scanning, LiDAR and GIS: 'Laser scanning and LiDAR compared to other methods of digital survey, sources of LiDAR information, outputs - point clouds, surface modelling, solid modelling - and the difficulties involved, examples of LiDAR survey in Wales.'
Session Three: Combining Technologies: 'E-trails and the combination of geographical and historical data with web technology for outreach and educational purposes.'
|
|
|
|
|
|
|
|
|
|
|