New Perspectives for Cultural Heritage Conservation Raised beyond Advanced Science and IT

摘要

The paper was generated by the identified needs for improved conservation strategy and long life professional training, particularly for science conservators, art historians, restorers and conservators, and equally contributes to: i) new education instruments for on-line access to advances research infrastructure; ii) real-time monitoring of in situ restoration intervention via advanced on-line platforms; iii) harmonized and cost effective protocols for investigations and interventions, which have to exclude unjustified overlapped analysis; iv) professional support in case of experimental data interpretation from experimented groups and called specialists.The most important reported result is a polyvalent open mobile laboratory, available online, that includes several optoelectronical techniques (laser spectroscopy methods, thermovision, 3D laser scanning, laser Doppler vibrometry, multispectral imaging, penetrating radar etc.). A case study of a tele-operated LIFS equipment is presented for exemplification. A server / client architecture, using an embedded HTML web-page on LIFS equipment side, allows for communication between the scanning head and a remote client.Interactive access to instruments and specialized large infrastructure, also a polyvalent restoration open workshop (as mobile laboratory operating on site) are already tested since March 2010. The first laser induced fluorescent image have been generated to the Roman Edifice with Mosaic from Contanta -- Black Sea coast- and data have been collected to National History and Archaeology Museum from Constanta.Concomitantly, these project links advanced scientific facilities, interested specialists for advanced instruction, and invited specialists to support proper experimental condition setup.