Virtual Reality Industry Forum's View on State of the Immersive Media Industry

Oyman, Özgür; Koenen, Rob; Higgs, Paul; Johns, Chris; Mills, Richard; O’Doherty, Mick

doi:10.5594/jmi.2019.2921413

Cited by 16 publications

(8 citation statements)

References 2 publications

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“…It can be seen that virtual reality technology is a technology that uses a computer to create a virtual environment and uses the user's senses in various ways to immerse yourself in the environment to achieve natural interaction between the user and the environment [7]. Virtual reality technology allows users to use human physical skills to explore or manipulate objects in the virtual world [8].…”

Section: Innovation Points Of Is Researchmentioning

confidence: 99%

“…t min represents the minimum physical state value of the firework in the current firework population, namely, t min � min t(TA i ) , and ε is the minimum value of the machine that avoids division by zero. In formula (8), in order to avoid the influence caused by too high and too low physical values, let a and b be constants. erefore, it is necessary to limit the number of sparks produced by each firework as follows:…”

Section: Edge Computing Optimization Delay Computing Offloading Strategy Based On Its Integration and Communicationmentioning

confidence: 99%

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Digital Media Application Technology of Mobile Terminals Based on Edge Computing and Virtual Reality

Jiang

2021

Mobile Information Systems

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With the maturity of the most advanced technology and virtual reality, the application of digital media technology in various fields has become more and more extensive. Digital media technology has greatly promoted the development of all classes of society. Therefore, how to develop digital media technology applications has become a major issue. This article aims to study the digital media application technology of mobile terminals based on edge computing and virtual reality. In this paper, we use edge computing and virtual reality methods to study the digital media application technology of mobile terminals. We used the SD-CEN architecture and FWA in edge computing to conduct simulation experiments and compared the delay time performance of the FWA with that of the PSO-CO algorithm, WRR algorithm, and Pick-KX algorithm. The results of this paper show that it can effectively reduce the response delay of real-time face recognition services and improve user experience. Compared with the traditional cloud computing architecture and a single MEC device, the SD-CEN network architecture based on FWA strategy has more advantages. The latency of the FWA is increased by 61%, 46%, and 17%, respectively, compared with that of the WRR, Pick-KX, and PSO-CO algorithms.

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Section: Innovation Points Of Is Researchmentioning

confidence: 99%

Section: Edge Computing Optimization Delay Computing Offloading Strategy Based On Its Integration and Communicationmentioning

confidence: 99%

Digital Media Application Technology of Mobile Terminals Based on Edge Computing and Virtual Reality

Jiang

2021

Mobile Information Systems

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“…However, if participants are not aware of their relationship building or are too busy with their own learning needs and lack interaction and communication with other participants, they will get half the result with twice the effort. Therefore, the development of certain community norms, the implementation of relevant monitoring and management, and the formation of institutional constraints can enhance the sense of responsibility of each participant [20]. It is important to note here that the group dynamics theory effectively verifies the existence of significant influence of the environment on individuals; i.e., we must fully recognize the important influence of the external environment on individual music teachers in the process of building music teachers' learning communities; update learners' relevant situations promptly with the help of members' learning situations, continuous statistics on relevant data, etc.…”

Section: Online Vocal Teaching Breaks Through Thementioning

confidence: 99%

“…With the continuous development of "5G Internet+education," so far, with the platform and advantageous resources of the Internet, music teaching has also emerged in many innovative modes such as catechism, mobile APP, and WeChat, which have laid a certain foundation for the development and research of music teaching. This has enabled the traditional classroom of music education to gradually break the limitation of time and space and realize the sharing of resources of excellent music teaching modes [1]. In such a context, the important issue facing school education is how to rationally analyze and actively respond to the new model of music teaching under the background of "5G Internet+" and closely combine the traditional music teaching mode with the emerging music teaching to improve the quality of school education.…”

Section: Introductionmentioning

confidence: 99%

Innovation and Practice of Music Education Paths in Universities under the Popularity of 5G Network

Cao

2021

Wireless Communications and Mobile Computing

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With the development of the 5G mobile Internet, cloud computing, Internet of Things, and other cutting-edge technologies, the era of big data has quietly arrived. The purpose of this paper is to explore the feasibility of the application of new technologies for music teaching in the era of big data in the context of the rapid development of science and technology in the information society, to enlighten and lead music teachers to apply the spontaneous and conscious awareness of new media and fully apply the new achievements of science and technology in the information society for future music classroom teaching, and to analyze the mode, method, trend, characteristics, advantages, and disadvantages of music teaching in the new media environment. The aim is to analyze the advantages and shortcomings of music teaching in colleges and universities and to find solutions and future development strategies for them so that in the future, the 5G Internet can better serve music lovers and better contribute to the cause of music education in colleges and universities. New media, as a product of constantly updated information technology, provides powerful data support for the development of various fields, and the education industry also needs new media to boost the rapid development of education information technology, which of course includes college music teaching. The effective integration of new media technology into the college music classroom can improve the classroom efficiency of music teaching with rich and diverse teaching resources and flexible teaching forms.

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“…Immersive video [26], [4], [40] gains growing importance because of its expanding applications in virtual reality, virtual navigation, and ultra-realistic audiovisual content presentations. In general, the immersive video is an extension of 360° video, where the user is limited to only 3 degrees of freedom (change of orientation).…”

Section: Introductionmentioning

confidence: 99%

Color Correction for Immersive Video Applications

et al. 2021

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In this paper, the color correction method developed for immersive video systems is presented. The proposed method significantly increases the consistency of color characteristics of multiview sequences, understood both as the temporal and the inter-view consistency, what highly improves the subjective quality of the synthesized virtual views presented to the final user of the immersive video system. Moreover, the proposal allows to significantly increase the quality of the depth maps calculated for natural sequences, e.g., for views with colors inconsistent due to different lighting conditions. It enables more efficient compression of natural multiview video, as the newest encoding standards highly depend on the quality of depth maps. In order to evaluate the performance of the proposal, three experiments were conducted. In the first one, the proposal was compared to state of the art in the typical immersive video applicationcolor correction of a natural multiview sequence. In the second experiment, the performance of the proposal was tested on the Middlebury stereo dataset. In both experiments, the quality of synthesized virtual views was assessed subjectively by a group of 70 naïve viewers. The third experiment assessed the influence of color correction on the quality of estimated depth maps. All the experiments showed that the proposal significantly increases the color consistency of the multiview content. Due to the high usefulness and robustness, the proposed color correction method became the MPEG reference software for color correction. The implementation of the method is available for other researchers on the public repository.INDEX TERMS color correction, color refinement, immersive video, 3DoF+, inter-view consistency, virtual navigation.

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Virtual Reality Industry Forum's View on State of the Immersive Media Industry

Cited by 16 publications

References 2 publications

Digital Media Application Technology of Mobile Terminals Based on Edge Computing and Virtual Reality

Digital Media Application Technology of Mobile Terminals Based on Edge Computing and Virtual Reality

Innovation and Practice of Music Education Paths in Universities under the Popularity of 5G Network

Color Correction for Immersive Video Applications

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