Reconstruction and generation of virtual heritage sites

Rodrigues, Nuno; Magalhães, Luís; Moura, João Paulo; Chalmers, Alan

doi:10.1016/j.daach.2014.06.003

Cited by 18 publications

(15 citation statements)

References 19 publications

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“…Dalam beberapa tahun terakhir, telah banyak sumber warisan budaya yang tersedia berkat penggunaan Information and Communication Technology (ICT), hal tersebut dapat diimplentasikan berupa realisasi dan pembuatan objek virtual dari hasil kebudayaan [3]. Pertumbuhan tersebut cenderung lebih disukai dalam hal rekonstruksi 3D [4], teknologi multimedia, komputer grafis dan virtual reality juga menyebabkan konsep baru dalam penyajian virtual heritage.…”

Section: Pendahuluanunclassified

Pembuatan Aredu Sebagai Media Pembelajaran Peninggalan Manusia Purba Di Sangiran

Purnomo

Bawono

Irianti

2017

Indonesian J. Appl. Informatics

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ABSTRAKSangiran merupakan situs terpenting untuk perkembangan berbagai bidang ilmu pengetahuan terutama untuk penelitian di bidang antropologi, arkeologi, biologi, paleoantropologi, geologi, dan kepariwisataan. Keberadaan Situs Sangiran sangat bermanfaat untuk mempelajari kehidupan manusia prasejarah karena situs ini dilengkapi dengan fosil manusia purba, hasil kebudayaan manusia purba, dan fosil flora dan fauna purba. Tetapi dalam pemberian informasi edukasi pada Museum Sangiran masih menggunakan media poster dan pamflet. Oleh karena perlu pengembangan media informasi edukasi dengan metode yang lebih interaktif dengan teknologi Augmented Reality.Aplikasi ini dikembangakan menggunakan metode observasi, studi literatur, wawancara dengan pihak pengelola Sangiran, serta kuisioner pengunjung Sangiran untuk pengumpulan data, pembuatan aplikasi seperti design, story board, katalog marker sampai pengembangan aplikasi dan testing. Penelitian ini tujuan untuk memvisualisasikan zaman prasejarah di Museum Sangiran berbasis multimedia dengan menggunakan Augmented Reality Technology serta untuk menguji kemampuan pengunjung mengenai penemuan benda purba di Museum Sangiran.Hasil penelitian menyebutkan bahwa Pendeteksian marker oleh kamera dapat dilakukan secara optimal apabila jarak kamera terhadap marker antara 15 -75 cm dan sudut simpangan antara 15Hasil kuisioner terhadap aplikasi untuk Aspek Ketertarikan yaitu setuju dan sangat setuju adalah 100%, Aspek Kemudahan yaitu setuju dan sangat setuju adalah 96,6%, Aspek Kemudahan Navigasi yaitu setuju dan sangat setuju adalah 93,4%, Aspek Interaktif yaitu setuju dan sangat setuju adalah 93,4%, dan Aspek Inovasi yaitu setuju dan sangat setuju adalah 100%.Kata kunci: Aredu, Edutaiment, Museum Sangiran, 3D objek, openspace. ABSTRACT Sangiran is an important site for the development of various fields of science, especially for research in the fields

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Section: Pendahuluanunclassified

Pembuatan Aredu Sebagai Media Pembelajaran Peninggalan Manusia Purba Di Sangiran

Purnomo

Bawono

Irianti

2017

Indonesian J. Appl. Informatics

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“…One example is the work by Rodrigues et al (2014). In their paper they presented reconstruction of Roman houses in the heritage site of Conimbriga, Portugal.…”

Section: Related Workmentioning

confidence: 99%

3d Procedural Reconstruction of Urban Landscapes for The Purposes of a Web-Based Historical Atlas

Cajthaml

Tobiáš

2016

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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ABSTRACT:The "Czech Historical Atlas" project is a part of the NAKI II programme of the Czech Ministry of Culture and aims to create the following two main outputs: a printed atlas of the Czech history in the 20th century and an electronic map portal on the Czech history. This paper is focused on the latter mentioned output and specifically on the design of 3D scenes which should supplement the 2D map content. Currently existing literature is briefly reviewed and the procedural modelling is found to be suitable for the needs of urban landscape reconstruction. Furthermore, available data sources in the Czech republic are discussed and important aspects of modelling are presented.

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“…In this section, a grammar was designed to define virtual buildings, considering the works of many other authors who decided to use grammars in procedural modelling (Rau-Chaplin et al, 1996;Wonka et al, 2003;Larive and Gaildrat, 2006;Müller et al, 2006b;Rodrigues et al, 2008c;Hohmann et al, 2010;Trescak et al, 2010). This grammar is highly based on the proposed building's ontology, even regarding the structure, making it different from the one proposed on chapter 4.…”

Section: Ontology-based Grammarmentioning

confidence: 99%

Ontology-based Procedural Modelling of Traversable Buildings Composed by Arbitrary Shapes

Ado

Magalhes

Peres

2016

SpringerBriefs in Computer Science

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University of Trás-os-Montes e Alto Douro Albert EinsteinTo my family and friends To my soulmate Dércia vii UNIVERSITY OF TRÁS-OS-MONTES E ALTO DOURO PhD in Computer ScienceThe members of the jury recommend to the University of Trás-os-Montes e Alto Douro the acceptance of the thesis entitled "Ontology-based Procedural Modelling of Traversable Buildings Composed by Arbitrary Shapes"accomplished by Telmo Miguel Oliveira Adão in partial fulfillment of the requirements for the degree of Doctor Philosophy. December 2015Jury President:Professor Abstract -3D virtual models of buildings are commonly used in areas such as architecture and video games to preview a house project and to populate a virtual scenario, respectively. Traditionally, the production of these models requires highly skilled manpower and a considerable amount of time. To address this issue, many researchers have developed semi-automatic techniques to produce virtual models expeditiously. These procedural techniques provide different ways of generating buildings, including interiors and outer facades, to serve several purposes (e.g., content generation for video games or archaeological reconstruction). However, the existing techniques focusing on building interiors usually only support the generation of floor plans constrained by regular shapes or contour polygons obtained from rectangles sets. At the same time, the possibility of modelling interior rooms through the specification of its constraint walls remains poorly explored. Moreover, most of the existing procedural generation solutions are guided by complex grammars concerned with geometrical aspects or semantic structures that fit specific project requirements, apparently disregarding the established standards for virtual urban environments, specifically, CityGML.To overcome the noted issues, a novel procedural modelling methodology is proposed in this thesis, one that produces virtual models of buildings, including exteriors outlined by arbitrary shapes and interiors formed by convex polygons. Methodology's regulation is provided by a building ontology -a CityGML-based knowledge structure, planned to be extensible to specific architecture styles -through several guiding data structures such as structured XML and ontology-based grammar. Regarding the supporting process, a treemap approach is used to subdivide the building layout into floor plan areas. During the development of this work, several improvements were progressively made to the treemap in order to enable the subdivision of different constraint polygon types which range from rectangles to arbitrary shapes. Moreover, in the most mature work stage, a method concerning inner room walls adaptation is addressed. Next, a set of operations is performed, from the marking transitions step to the extrusion process that provides the 3D aspect. In addition, an experimental stochastic approach is proposed to automate the production of random buildings using this procedural modelling methodology.A set of tests was made to demonstrate the capabilitie...

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Reconstruction and generation of virtual heritage sites

Cited by 18 publications

References 19 publications

Pembuatan Aredu Sebagai Media Pembelajaran Peninggalan Manusia Purba Di Sangiran

Pembuatan Aredu Sebagai Media Pembelajaran Peninggalan Manusia Purba Di Sangiran

3d Procedural Reconstruction of Urban Landscapes for The Purposes of a Web-Based Historical Atlas

Ontology-based Procedural Modelling of Traversable Buildings Composed by Arbitrary Shapes

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