![]() Since 2003 FreeHand development has been discontinued in the catalog, FreeHand has been replaced with. In 2005, acquired and its product line which included FreeHand MX, under whose ownership it presently resides. ![]() Was later bought by, which released FreeHand versions 5 through 11 (FreeHand MX). In 1994, merged with and because of the overlapping market with, FreeHand was returned to by order of the. FreeHand was created by in 1988 and licensed to which released versions 1 through 4. Professions using FreeHand include, and, Science Research, and Production. Because of FreeHand’s dedicated page layout and text control features, it also compares to and. FreeHand was similar in scope, intended market, and functionality to, and. Thanks to this software it was possible to directly plot the details that were to be surveyed on the realized solid images and orthophotos, thus making the preparation of the survey graphic drawings considerably easier.MX (11.0.2) / 2003 14 years ago ( 2003), editor Website Adobe FreeHand (formerly Macromedia Freehand and Aldus Freehand) was a for creating two-dimensional oriented primarily to professional illustration, and content creation for the Web. The tools implemented in the new Sir-IO software (realized by a DITAG research group of the Politecnico di Torino) were of great help in this work. This integration was necessary because of the complexity of the object that was to be surveyed and of the requested short times necessary to realize the survey. The most important aspect of this work is the integration of traditional topographic techniques with the LIDAR technique. ![]() A project was carried out to obtain knowledge of a Church in Turin it was necessary to prepare the survey graphic drawings that would be used for the restoration both of the decorative motives and of the structure of the church. The paper defines a correct balance between the use of traditional (manual and total station) and innovative (LIDAR and digital photogrammetry) techniques in order to satisfy the usual requirements for the metric survey of an architectural object. In practice, not many restorers are used to managing 3D models and traditional graphic results, such as plans and sections, are usually required. Many papers have illustrated the possibility of building a complete 3D model using just these two techniques. LIDAR data integrated with digital photogrammetry today represents one of the most attractive ways of facing the metric surveying of an architectural object. Finally, this study provides a general framework to establish the effectiveness and limits of the use of information systems for serial transnational nominations of World Heritage Properties and to demonstrate the potentials of an improved heritage documentation system. In this way, all information for the nomination dossiers is easily verified regarding consistency and quality and ready for managing, periodic reporting and monitoring processes in the respect to the property listed. open for other applications to connect to. The Silk Roads CHRIS is easily accessible to the general user, presented in a bilingual English and Russian frame and interoperable, i.e. It provides a holistic approach for the recording, documenta tion, protection and monitoring tasks as part of the management of these potential World Heritage Properties. The project has been set up thanks to the financial support of the Belgian Federal Science Policy Office (BELSPO) and in collaboration with UNESCO World Heritage Centre in conjunction with the People’s Republic of China and the Japanese Funds-in-Trust UNESCO project. This Web-based Information Management System supports the preparation of the Central Asia Silk Roads serial and transnational nominations on the UNESCO World Heritage list. In close collaboration with five Central Asian countries, namely, Turkmenistan, Kazakhstan, Kyrgyzstan, Uzbekistan and Tajikistan a Belgian consortium headed by the Raymond Lemaire International Centre for Conservation (RLICC), K.U.Leuven is developing the Silk Roads Cultural Heritage Resource Information System (CHRIS). Moreover, they aim to record, manage, visualize, analyze and disseminate heritage information. Information Management Systems can assist State Parties, stakeholders and heritage site managers involved in cultural heritage management and conservation by easily mining, sharing and exchanging information from multiple sources based on international standards. IMS offer a set of tools for understanding, inventorying and documenting national, regional and World Heritage properties. This paper discusses the application of Information management Systems (IMS) in cultural heritage.
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