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Which clippings match '3D Modelling' keyword pg.1 of 1
26 MAY 2015

A Serious Game Model for Cultural Heritage

"Serious games present a promising opportunity for learning, but the genre still lacks methodologies and tools for efficient and low-cost production, particularly for teacher and domain experts. This article gives an authoring framework that aims to provide structured support, from content design to final implementation. In particular, we have abstracted a conceptual model—the SandBox Serious Game - which relies on a generalization of task-based learning theory. The model invites players to perform cognitive tasks contextually while exploring information-rich virtual environments. We consider it particularly suited for cultural heritage entertainment applications. The model defines games that are set in realistic virtual worlds enriched with embedded educational tasks, which we have implemented as minigames. This approach simplifies the authoring work, which can easily be supported by visual authoring tools for ontology-based urban 3D modeling and implementation tasks, thus allowing an approach similar to the mind-maps concept. We propose a top-down methodology for content preparation, starting from a city- level analysis down to the single points of interest and associated tasks, which are instances of simple predefined minigame/quiz typologies. We provide examples and discuss criteria for selecting task typologies according to the authors’ cognitive targets. Finally, we discuss the results of a user test, which took place in a lab, aimed at verifying the acquisition of cultural heritage knowledge in a pleasant and engaging way. Games appear particularly suited for supporting the study of images, especially of iconography. Compared to reading text, a game forces the player to focus more strongly on problems, which favors knowledge acquisition and retention. Learning complex concepts requires an investigative attitude, which can be spurred by well-designed games. Good design involves usability, graphic appeal, appropriate content, and the presence of connections which a player must discover in the content. Players should be asked to pay attention to and reason about their whole game activity - including the relationships between the game content, the brief introduction, and concluding texts. More comprehensive tests are needed to better investigate the educational effectiveness—however, the first results are promising, especially in terms of user motivation and creation of new opportunities for learning about CH."

(Francesco Bellotti, Riccardo Berta, Alessandro De Gloria, Annamaria D’ursi, Valentina Fiore, 2012)

Bellotti, F., Berta, R., De Gloria, A., D’Ursi, A., and V. Fiore, V. 2012. A serious game model for cultural heritage. ACM J. Comput. Cult. Herit. 5, 4, Article 17 (October 2012), 27 pages. DOI=10.1145/2399180.2399185 http://doi.acm.org/10.1145/2399180.2399185

TAGS

20123D modelling • Alessandro De Gloria • Annamaria D ursi • authoring framework • city-level analysis • cognitive targets • cognitive tasks • conceptual model • content connections • content design • content preparation • cultural heritage knowledge • discovering and exploring • discovery through games • educational effectiveness • embedded educational tasks • entertainment applications • Francesco Bellotti • game authoring • game content • graphic appeal • iconography • investigative attitude • Journal on Computing and Cultural Heritage (JOCCH) • knowledge acquisition and retention • low-cost production • minigame • points of interest • production methodologies • quiz typologies • realistic virtual worlds • Riccardo Berta • sandbox serious game • serious games • task typologies • task-based learning theory • top-down methodology • usabilityuser motivationsuser testing • Valentina Fiore • virtual environments • visual authoring tools

CONTRIBUTOR

Simon Perkins
29 NOVEMBER 2013

Digital Illustration Exploiting a Low-Poly Effect

Digital illustration works created by Danny Jones and Jeremiah Shaw.

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CONTRIBUTOR

Simon Perkins
25 MARCH 2011

Digital Prototyping: 3D product design and simulation

"The Autodesk solution for Digital Prototyping enables manufacturing workgroups to create a single digital model in Inventor for use at every stage of production – bridging the gaps that typically exist among conceptual design, engineering, and manufacturing teams. With Digital Prototyping, you can get more innovative products to market faster and increase your competitive advantage."

(Autodesk, Inc.)

3). Raymond Kurland (August 2010). 'Comparing the Capabilities of Autodesk Inventor Professional 2011 and SolidWorks Premium 2010 Using TechniCom's Delphi Expert Technique', A TechniCom Group LLC whitepaper.

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TAGS

3D3D modelling • AutoCAD • Autodesk • Autodesk Inventor • BIMBuilding Information ModellingCAD • California Academy of Sciences • competitive advantagecomputer aided designconceptual designconceptualisation • Delphi Expert Analysis • digital model • digital prototype • digital prototyping • engineeringindustrial designinnovationmanufacturingmanufacturing prototype • Marin Bikes • modelmodelling • modelling software • planningproduct designsimulationsoftware • SolidWorks • SolidWorks Premium • solutionsustainable design • TechniCom Group LLC • technologyvirtual model • virtual prototype • virtual prototyping • visualisation

CONTRIBUTOR

Simon Perkins
10 MAY 2005

Building Information Modelling

The building industry "is made up of many relatively small businesses that come together on a contract basis for a single project," [Kristine] Fallon [of Kristine Fallon Associates, Inc.] said. "It's all based on ad–hoc partnerships. BIM really changes those relationships, and you need a structure to accommodate that.

Building Information Modelling (BIM) has the potential to offer the Architecture/Engineering/Consulting industry significant benefit. While architectural and engineering artefacts have traditionally been developed through repetitive design and re–design regimes (forcing businesses to often re–create existing artefacts), BIM has the potential to allow partners to evolve shared design artefacts through blueprint stages to fabrication and construction.BIM is a process where digital 3D models created by architects are able to be re–used and extended across all engineering contexts (by each business partner) within a given construction project.
(David Becker, ZDNet)

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TAGS

3D modellingad-hoc • AEC • architecture • Becker • BilbaoBIMblueprint • building industry • Building Information Modellingbuilding processbusinessCADcomputer aided design • consulting • design futuresengineering • Fallon • Guggenheimpartnershiprapid manufacturingtechnological developments

CONTRIBUTOR

Simon Perkins
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