Which Factors Promote and Inhibit the Technology Acceptance of Immersive Virtual Reality Technology in Teaching-Learning Contexts? Results of an Expert Survey

Pletz, Carolin

doi:10.3991/ijet.v16i13.20521

Cited by 21 publications

(18 citation statements)

References 35 publications

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“…In the real estate industry, customers can have a comprehensive view of the house they are interested in and make multidimensional comparisons before making the final decision. This saves time for both buyers and agents [ 16 , 17 ]. Further, VR is now used to build a human model for doctors to have an in-depth understanding and stereoscopic view of the structural characteristics of the human body.…”

Section: Virtual Vst Based On Lightweight Deep Learning Modelmentioning

confidence: 99%

Applying Lightweight Deep Learning-Based Virtual Vision Sensing Technology to Realize and Develop New Media Interactive Art Installation

Luo

2022

Computational Intelligence and Neuroscience

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The work intends to optimize the situation that interactive art devices and remote control based on traditional technology cannot meet people’s actual needs to a certain extent. With the assistance of Lightweight Deep Learning (LDL) models, Interactive Artistic Installation (IAI) shows excellent creative potential in terms of dimension, space, and sense. Virtual Vision Sensing Technology (VST) explores the emotional semantics in the human-machine environment with the help of interactive art, finds the emotional interaction elements between human and machine, and promotes Human-Computer Interaction (HCI). From the perspective of the media elements of interactive art, this paper reviews the virtual VST that subverts the expression of interactive art. Then, from the perspective of artistic creation, the impact of virtual VST on IAI thinking, methods, and artistic experience is analyzed. Thereupon, a scene construction method is designed where the physical equipment is premodeled. The model is loaded in real time with visual information. The proposed method does not require complex vision and laser scanning equipment or high-configured computer systems. The proposed new media IAI model realizes the real-time loading of the scene model. According to the physical equipment dynamic information obtained by the visual data acquisition system, the proposed method can keep the virtual scene and physical models in motion synchronization. Finally, experiment results corroborate that the environment will significantly interfere with the experimental results. The training data set with boundary occlusion will be more suitable for model training and better test results (about 97% accuracy). Hence, the research content can make the Virtual Reality works have better performance, especially the sense of experience from the perspective of aesthetics. Meanwhile, it also enriches the research theory in the field of new media art installation technology.

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Section: Virtual Vst Based On Lightweight Deep Learning Modelmentioning

confidence: 99%

Applying Lightweight Deep Learning-Based Virtual Vision Sensing Technology to Realize and Develop New Media Interactive Art Installation

Luo

2022

Computational Intelligence and Neuroscience

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“…Industrialization and modernization have had a subversive impact on traditional culture, and the urbanization process has made the folk culture produced under the traditional farming civilization desperate. e modern education system has changed the environment and thinking mode of children's childhood growth, while the current social environment has also changed the traditional way of life and entertainment of the masses, which has greatly shaken the survival foundation of intangible cultural heritage [22]. Zhao C believes that the effective combination of augmented reality technology and the digital development and utilization of intangible cultural heritage can fully highlight and give full play to the complementary relationship between the two, promote the effective full interpretation, display dissemination of intangible cultural heritage, and finally realize the rational development, utilization, and protection of intangible cultural heritage [23].…”

Section: Related Workmentioning

confidence: 99%

Key Technologies of Digital Protection of Historical and Cultural Heritage Based on Virtual Reality Technology

Zhang

2022

Mobile Information Systems

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Due to the increasing progress of digital technology in recent years, the protection, inheritance, development, and utilization of historical and cultural resources have become more and more integrated into it, and it has become an ideal way. At present, many countries and regions have carried out relevant research projects. With the change of the living conditions of cultural heritage and the rapid development of sci & tech, many traditional protection methods are no longer suitable and need to be replaced by new protection methods. Digital protection technology is one of the fastest developing and most concerned. With the help of virtual reality (VR) technology, it presents the essence of Chinese culture for thousands of years and comprehensively combines the characteristics of all viewpoint with traditional Chinese culture. Select the representative Chinese traditional culture as the research direction, and analyze the cultural characteristics contained in the Chinese traditional culture. In this paper, Harris operator is used to extract the feature points of the images, and two registered images are calculated according to the affine transformation coefficient. The images after affine transformation are bilinear interpolated and weighted smoothed according to the adjacent position of the overlapping area to realize the seamless mosaic design of the images and the forward and backward projection algorithm of cylindrical panoramic images. And study the artistic expression of 3D panoramic image acquisition. Based on the analysis and experiment, it can be obtained that after calculation, the average spatial data acquisition efficiency can reach 61.8%. In practice, the average display effect can reach 60.4%.

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“…Optical communication experimental system information data from the control device are read.The current viewpoint and communication transmission information of the experimental system virtual reality simulation are calculated.The state information and rendering instructions of the scene are judged within the current view range, and polygon data is drawn to judge the scene model elements. During the phase of destruction of the graphical characteristic data of the exhibition, a virtual reality model of the optical communication test system was made, and the diagram is shown in Figure 2 [18,19].…”

Section: Rendering Process Of Virtual Reality Model Of Opticalmentioning

confidence: 99%

Information Steganography Technology of Optical Communication Sensor Network Based on Virtual Reality Technology

Wang

Li²,

Wang³

2022

Journal of Sensors

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In order to solve the problems of narrow object orientation and insufficient visual rendering ability of the optical communication network experimental system, the author proposes a multithreaded scheduling using virtual reality, and the experimental system design method of optical communication network with multichannel serial port design is proposed. The system builds the overall structure model of the optical communication network experimental system in the virtual reality environment, and uses the PCI bus technology to build the transmission channel model of the optical communication network, the basic entity object of the optical communication network experimental system is constructed, and the multithread scheduling method is used to process the local information of the experimental system. The result obtained is as follows: The experimental system of optical communication network designed by the author’s method, the optical communication transmission bit error rate is reduced by about 30%, the time overhead is saved by about 60%, and the memory overhead is saved by about 50%, which is superior. Using the author’s method, the maximum bit error rate is about 22%, while the maximum bit error rate of traditional method 1 is about 43%, and the maximum bit error rate of traditional method 2 is about 70%. It is proven that the visual simulation effect of the optical communication network experimental system is good, the reliability and stability of the optical communication network are improved, and the communication transmission error is reduced.

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Which Factors Promote and Inhibit the Technology Acceptance of Immersive Virtual Reality Technology in Teaching-Learning Contexts? Results of an Expert Survey

Cited by 21 publications

References 35 publications

Applying Lightweight Deep Learning-Based Virtual Vision Sensing Technology to Realize and Develop New Media Interactive Art Installation

Applying Lightweight Deep Learning-Based Virtual Vision Sensing Technology to Realize and Develop New Media Interactive Art Installation

Key Technologies of Digital Protection of Historical and Cultural Heritage Based on Virtual Reality Technology

Information Steganography Technology of Optical Communication Sensor Network Based on Virtual Reality Technology

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