Application of VR Technology in the Optimization Modeling of Port Wave-proof Building

Sun, Hao; Yan, Li; Paik, Joonki

doi:10.2112/si97-039.1

Cited by 3 publications

(1 citation statement)

References 15 publications

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“…Under the background of modern science and technology, more and more software technologies are applied to environmental art design [1]. VR is based on multidimensional information space processing technology, and it is a comprehensive environment-bearing technology that can realize the combination of human sensibility and rationality [2]. Built on the basis of the Internet, multimedia, three-dimensional mapping, database, and other information technologies, VR technology, with its powerful information perception, information interaction, and visual presentation, provides strong support for modern environmental art design [3][4].…”

Section: Introductionmentioning

confidence: 99%

Display and Interaction Design of VR Technology in Environmental Design

Pang

2024

Applied Mathematics and Nonlinear Sciences

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VR technology, with its unique interactivity and immersive environment display, has a wide range of application prospects in various industries. In this paper, starting from the display and interaction experience of users for virtual environment design, we propose the optimization experience path of virtual environment user display and interaction and build up the optimization technology framework based on this. AutoCAD modeling software is used to complete three-dimensional modeling, and a three-dimensional display technology based on dual-computer communication is proposed to display the virtual environment in three dimensions. In the interaction design aspect, the virtual hand is optimized for detecting targets and generating grasping gestures. In the application of the optimization technology framework, the hotel apartment of Yuntianlou Intercontinental Plaza in Wenzhou City, Zhejiang Province, China, was selected as the design content for the virtual environment design. In the interactive performance evaluation, the average user rating of the virtual hand interaction method is 0.42 points higher than that of the traditional mouse interaction method, and the average computing time of the interaction is only about 60ms. In the comprehensive evaluation test, the average value of the environment display and interaction experience modules is more than 4 points, which indicates excellent display and interaction experiences.

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Section: Introductionmentioning

confidence: 99%

Display and Interaction Design of VR Technology in Environmental Design

Pang

2024

Applied Mathematics and Nonlinear Sciences

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Intelligent construction for the transportation infrastructure: a review

Ghofrani

Gao

et al. 2022

Intelligent Transportation Infrastructure

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The transportation infrastructure (TI) is a vital link for and critical component of societal and economic development. A new area, called intelligent construction for transportation infrastructure (IC/TI), is emerging with the integration of traditional TI construction and new technologies, including artificial intelligence (AI), big data, virtual reality (VR), remote sensing, building information modeling (BIM), digital twins (DTs), and the internet of things (IoT). This paper reviews the research in the area of IC/TI published since 2017. A total of 191 journal articles in the area of IC/TI were obtained from the Web of Science database and reviewed, including 23 review articles and 168 research articles. This paper aims to provide an up-to-date literature review of IC/TI to further facilitate research and applications in this domain. Based on the results of this review, current research trends, applications, technologies, research gaps, and future needs are discussed.

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Visualization Challenges of Virtual Reality 3D Images in New Media Environments

Sun,

Zhang,

Yan

2024

Applied Mathematics and Nonlinear Sciences

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This paper proposes a three-dimensional image visualization process to face-drawing three-dimensional image reconstruction algorithm to obtain the data field with three-dimensional space, using color adjustment based on global color correction and local Poisson fusion to optimize the splicing seams between the texture color blocks and updating the visualization technology of three-dimensional images. Divide the digital display design and create a virtual reality visualization display using 3D modeling in combination with the new media environment. Propose design steps to visualize virtual reality three-dimensional images in the new media environment by combining the key algorithms of three-dimensional image visualization from the previous section. Combined with the application of new media displaying 3D images, the concept of artifact shape in reconstructed images is proposed to analyze the quality of 3D image reconstruction by taking the Herman model and Sheep-Logan model as the research object. Test experiments are conducted to examine the visual impact of texture mapping algorithms, and different sampling intervals are set to measure the drawing time of 3D reconstruction. For the data size and number of pictures of other organizations, the processing time of the 3D image reconstruction algorithm based on surface drawing is no more than 2s. The denser the sampling points are, the higher the degree of fitting, the more complete the preservation of isosurface information is, the finer the effect of 3D reconstruction, and the higher the quality of the image.

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Application of VR Technology in the Optimization Modeling of Port Wave-proof Building

Cited by 3 publications

References 15 publications

Display and Interaction Design of VR Technology in Environmental Design

Display and Interaction Design of VR Technology in Environmental Design

Intelligent construction for the transportation infrastructure: a review

Visualization Challenges of Virtual Reality 3D Images in New Media Environments

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