Cultural heritage space identification system
Background & Objectives
The protection, fruition and support of the cultural heritage show evidence of a growing importance in European society, which is particularly rich in cultural assets. The European Commission gives great importance to the subject, promoting actions for protection, improving understanding and dissemination of the culture and history of European citizens, and making cultural heritage increasingly available and accessible. The cultural assets can be seen, as a consequence, as one of the most valuable â€˜infrastructuresâ€™ owned by European citizens. The innovative idea behind CUSPIS is to combine the cultural assets infrastructure with another important European service infrastructure: Galileo and EGNOS. Galileo represents a unique opportunity to implement both institutional and commercial applications for the cultural assets protection, valorisation and fruition with value-for-money solutions under the appropriate regulation umbrella. In this context, the benefits coming from the Galileo and EGNOS â€˜benefitsâ€™ and â€˜differentiatorsâ€™, with respect to a solution based on GPS, are maximised together with the valuable role that a deployed solution can play for this user community.
Work performed & results
The CUSPIS project deployed operative solutions for the transportation of secure cultural assets and their fruition in open archaeological areas using EGNOS and Galileo. CUSPIS is unique in the scope of the cultural heritage user community in merging GNSS aspects, information management, fruition and secure information services, complemented by advances in authentication aspects using an advanced IT platform for robust and scalable service-oriented operations. CUSPIS developments include identification and authentication using GNSS signals and RFID, sophisticated mapping techniques for EGNOS positioning/tracking, management of virtual gantries and area enforcement for secured operations and smart communication management (WiFi and cellular). CUSPIS user terminals are equipped with precise maps/EGNOS receivers and secure communication, 2D and 3D smart interfaces for effective control, sensor data management and fruition. A virtual-reality reconstruction of areas and ontologies are additional capabilities designed to support intelligent fruition and multilingualism. CUSPIS was successfully demonstrated at the UNESCO Villa Adriana site in Italy and in Athens, and in real transportation for museums. The CUSPIS system also fosters the advances of the City Tourist Fruition System derived from the TWIST project (one of the GJU FP6 projects dedicated to SMEs) and takes advantage of the NEXT X-Info.