3D Virtual Exhibition Research Articles

Virtual Exhibition Hall based on Blender and U3D: "Cloud Weaving Dream" Chu Embroidery Virtual Exhibition Hall Design

Due to the impact of the epidemic, offline exhibitions and exhibitions have been hit, and have been suspended, delayed or moved online. Virtual exhibition halls are now being developed and improved. Visitors to exhibition halls are no longer limited to the local area, but more visitors come from all over the country or even abroad. Therefore, pavilions with remote tour function become very important. This paper firstly studies the application trend and preliminary practice of digital design in the field of virtual exhibition hall at home and abroad from the perspectives of 3D modeling technology and virtual exhibition hall construction. Secondly, it expounds the characteristics of 3D experience in virtual exhibition hall from three aspects of immersion, interactivity and conceivability, and compares virtual exhibition hall with traditional exhibition hall to summarize the advantages and potential of virtual exhibition hall. Then, the basic analysis and comparison of 3D modeling software is done, and the effect of blender and unity on the construction of virtual exhibition hall is described. Finally, the virtual exhibition hall is applied in the inheritance and dissemination of Chu embroidery, and the virtual exhibition hall of Chu embroidery is designed in detail.

WebGL 3D Virtual Exhibition as a Media to Increase the Visibility of Digital Artwork

The ongoing digital transformation continues to shape various domains, including the realm of art, which adopts social media to digitally promote artworks. Nonetheless, physical art exhibitions maintain their allure as they provide a direct experiential interaction for visitors. Consequently, the development of exhibition platforms that amalgamate user experience with accessibility becomes imperative. One emerging solution involves leveraging information technology and multimedia for virtualization, such as utilizing WebGL for creating a 3D Virtual Exhibition (3DVE). Employing the ADDIE methodology and evaluating it through the Technology Acceptance Model (TAM), the assessments affirm the robust performance and positive responses of 30 participants towards WebGL 3DVE. This development yields practical benefits, particularly for artists seeking to enhance the visibility of their creations. Furthermore, the inherent ease of use and broad accessibility can expand the potential audience for enjoying artworks. The percentage acceptance rates according to TAM validate favorable responses across usability (88%), ease of use (74%), satisfaction (90.6%), and technological acceptance (84.6%). Thus, the deployment of WebGL 3DVE in art exhibition development showcases strong potential in delivering a deeper and more inclusive experiential journey.

网络三维虚拟展馆发展探讨

随着互联网，虚拟现实的技术发展，在网络上浏览实体馆精美展品变为了现实。对三维虚拟展馆的研究，也变得百花齐放。三维虚拟展馆依托于实体馆，但不限于实体馆，当对展品的文化内涵、科普价值挖掘到一定程度，三维虚拟展馆就是一种实体馆的社会价值的补充、扩展和延伸。 With the development of the Internet and virtual reality technology, browsing the physical museum on the web to display exquisite exhibits becomes real. Research on 3D virtual exhibition has become all flowers blooming together. 3D virtual exhibition is based on to the entity shop, but not limited to the physical museum. When the cultural connotation of the display and science value of mining reaches a certain degree, 3D virtual exhibition is a complement to the social value of entity library and extension.

Three-dimensional interaction and autostereoscopic display system using gesture recognition

We propose a 3D interaction and autostereoscopic display system that use gesture recognition, which can manipulate virtual objects in the scene directly by hand gestures and can display objects in 3D stereoscopy. The system consists of a gesture recognition and manipulation part as well as an autostereoscopic display as an interactive display part. To manipulate the 3D virtual scene, a gesture recognition algorithm is proposed, which use spatial-temporal sequences of feature vectors to match predefined gestures. To get smooth 3D visualization, we utilize the programmable graphics pipeline in graphic processing unit to accelerate data processing. We develop a prototype system for 3D virtual exhibition. The prototype system reaches frame rates of 60 fps and operates efficiently with a mean recognition accuracy of 90%.

PLM-Oriented Interactive 3D Virtual Exhibition of Special Vehicle

Analyzes some usual technologies and design tools that support virtual exhibition of product, the dynamic interactive 3D browsing method in the PLM system is proposed .On the web browser, the 3D-model and 2D-drawing are expressed by the ActiveX control, user can rotate ,pan and zoom the 2D and 3D documents. The online dimension drive is realized by calling secondary development interface of 3D-CAD software .Finally, The System of 3-D interactive issue oriented is developed.

3DPublish: solución web para crear museos virtuales 3D dinámicos

<p>Today museums around the world offer their content through two basic methods: a simple view of their artworks through a content viewer, or through a custom designed 2D or 3D virtual exhibition in which the pieces and the scene are static. This article describes a 3DPublish tool which represents an alternative to these<br />two static solutions thereby giving the possibility to dynamically manage a 3D virtual scenario (real or imaginary) and the artwork that composes it. This gives the user a most realistic experience through different exhibitions, using various added value methods like storytelling or virtual tours. 3DPublish will facilitate the museum curator’s daily tasks and will improve the final results for 3D virtual museum exhibitions. This article will also present the case study of the Kubo Gallery in San Sebastian (SPAIN) as an example of 3DPublish use case.</p>

3Dpublish: A Web-Based Solution for Building Dynamic 3D Virtual Museums

Today museums around the world offer their content through two basic methods: a simple view of their artworks through a content viewer, or through a custom designed 2D or 3D virtual exhibition in which the pieces and the scene are static. This paper describes a 3DPublish tool which represents an alternative to these two static solutions thereby giving the possibility to dynamically manage a 3D virtual scenario (real or imaginary) and the artwork that composes it. This gives the user a most realistic experience through different exhibitions, using various added value methods like storytelling or virtual tours. 3DPublish will facilitate the museum curator's daily tasks and will improve the final results for 3D virtual museum exhibitions. This application was created as part of the Tourspheres project, whose challenge is to explore new measurement systems to reach a more valuable tourist behavior comprehension. But after the experience (presented in this paper as a case study) of creating a custom development for an exhibition for the Kubo Gallery in San Sebastian (SPAIN), the work focused on abstracting all processes to package the 3DPublish tool with the aim that it becomes a commercial solution.