| creators_name | Selmo, David |
| creators_name | Sturt, Fraser |
| creators_name | Miles, James |
| creators_name | Basford, Philip |
| creators_name | Malzbender, Tom |
| creators_name | Martinez, Kirk |
| creators_name | Thompson, Charlie |
| creators_name | Earl, Graeme |
| creators_name | Bevan, George |
| type | article |
| datestamp | 2017-05-03 07:52:15 |
| lastmod | 2017-05-03 07:52:15 |
| metadata_visibility | show |
| title | Underwater reflectance transformation imaging: a technology for in situ underwater cultural heritage object-level recording. |
| ispublished | pub |
| subjects | B07 |
| subjects | B08 |
| subjects | F56 |
| subjects | F57 |
| subjects | P05 |
| full_text_status | public |
| keywords | underwater cultural heritage |
| keywords | archaeology |
| keywords | underwater imaging |
| keywords | shipwrecks |
| keywords | Mediterranean region |
| keywords | archaeological material |
| keywords | technologies |
| abstract | "There is an increasing demand for high-resolution recording of in situ underwater cultural heritage. Reflectance transformation imaging (RTI) has a proven track record in terrestrial contexts for acquiring high-resolution diagnostic data at small scales. The research presented here documents the first adaptation of RTI protocols to the subaquatic environment, with a scuba-deployable method designed around affordable off-the-shelf technologies.[...]URTI is shown to be capable of providing analytically useful object-level detail in conditions that would render ordinary underwater photography of limited use." (extracts from the abstract included in the article) |
| date | 2017-02 |
| date_type | published |
| publication | Journal of Electronic Imaging |
| volume | 26 |
| number | 1 |
| refereed | TRUE |
| official_url | http://dx.doi.org/10.1117/1.JEI.26.1.011029 |
| citation | Selmo, David et Sturt, Fraser et Miles, James et Basford, Philip et Malzbender, Tom et Martinez, Kirk et Thompson, Charlie et Earl, Graeme et Bevan, George (2017) Underwater reflectance transformation imaging: a technology for in situ underwater cultural heritage object-level recording. Journal of Electronic Imaging, 26 (1). [Article] |
| document_url | https://openarchive.icomos.org/id/eprint/1777/1/Underwater_reflectance_transformation_im.pdf |