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What is mixed reality?

Reality–virtuality continuum

Augmented virtuality

Computer-mediated reality

Augmented reality

Immersion (mathematics)

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Mixed reality (MR) is a technology that combines real-world and computer-generated data in real time. It can be created using augmented reality (AR) or augmented virtuality (AV) technologies. MR systems are usually constructed as optical see-through systems or video see-through. They can be marker systems, where real scenes are augmented with special markers, or markerless systems that use additional information like image recognition or GPS coordinates. MR can be used as an advanced computer user interface and for collaborative purposes. It has applications in various fields such as computer research, virtual reality, simulators, trainers, manufacturing, assembly, maintenance, and even in the field of hepatobiliary surgery. MR offers new possibilities for enhancing the immersive and interactive gameplay experience in tabletop roleplaying games.

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Open access•Dissertation•DOI Roll for Mixed Reality J. Talboys Wheeler 21 Sep 2022	Mixed Reality (MR) is a technology that combines virtual elements with the real world, enhancing the immersive and interactive gameplay experience in tabletop role-playing games (TTRPGs).
Journal Article•DOI [Application of mixed reality technology in the field of hepatobiliary surgery]. Jian-Cun Hou, Y M Zhang - Show less +1 more 01 Jan 2022 2 Citations	Mixed reality is a new three-dimensional presentation technology that combines the virtual digital world with the real world, as described in the paper.
Journal Article•DOI Mixed Reality as a Tool Supporting Programming of the Robot Krzysztof Foit 01 Oct 2014-Advanced Materials Research 14 Citations	Mixed reality is a term that refers to the combination of real and virtual elements in a computer-generated world, where the real objects interact with virtual ones.
Open access•Book Chapter•DOI Mixed Reality: A Known Unknown Branislav Sobota, Stefan Korecko, Marian Hudak, Martin Sivý - Show less +3 more 02 Jul 2020 3 Citations	Mixed reality is a technology that combines real-world and computer-generated data, where computer-generated graphical objects are visually mixed into the real environment and vice versa in real time.
Journal Article•DOI Mixed reality: future dreams seen at the border between real and virtual worlds H. Tamura, H. Yamamoto, A. Katayama - Show less +2 more 01 Nov 2001-IEEE Computer Graphics and Applications 168 Citations	Mixed reality (MR) is a broader concept than augmented reality (AR) and covers a continuum from AR to augmented virtuality (AV), which enhances the virtual environment with data from the real world.

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What types of social interaction occur in Mixed Reality?5 answersMixed Reality (MR) enables various types of social interaction. It allows for (simulated) face-to-face interactions with virtual humans and real humans embodied in virtual avatars. MR systems can foster social interaction behaviors (SIBs) in children with Autism Spectrum Condition (ASC) as well as in children without ASC. These systems provide a non-stressful context of play and promote social initiations and externalization of thoughts aloud. MR experiences can be as effective as traditional therapy settings in promoting SIBs and creating non-stressful play environments. The use of MR technology in interventions for ASC can help develop socio-communication skills and regulate social interactions. The full-body MR system acts as a mediator in socialization, fostering social initiations between children with and without ASC. It offers a dynamic tool for interventions and can help integrate children with ASC into society.

What are the benefits of Mixed Reality in design?5 answersMixed Reality (MR) offers several benefits in design. It provides a unique environment for engineers to visualize virtual CAD models within a real physical environment, allowing for a better understanding of structural characteristics. MR enables engineers to conduct structural design reviews on assemblies, visualizing adjacent structural behaviors using Finite Element Analysis (FEA). MR-based engineering tools offer higher absorption of activity and flow experience compared to traditional desktop monitor-based applications. Additionally, MR enhances the design and fabrication process by combining parametric design and robotic fabrication within a unified framework, allowing designers to interact with design and fabrication alternatives in collaboration with others. In the field of therapeutic medicine, MR can improve acupuncture practice through the introduction of an acupuncture training simulator, providing a safe and immersive environment for practitioners to develop their skills and enhance spatial understanding.

How does mixed reality help with video games?5 answersMixed reality games use collaborative technologies to create goal-directed play experiences that are not limited to virtual or physical worlds. These games transform existing technologies, relationships, and places into platforms for gameplay. The use of mixed reality in video games allows for shared social experiences, where players interact with both the physical and virtual game environment, as well as with other players in real-time. Additionally, mixed reality games provide opportunities for studying and designing challenging real-world scenarios, such as disaster response, where empirical data is difficult to obtain. These games enable the study and analysis of human-agent interaction in these scenarios, contributing to the development of effective solutions. Overall, mixed reality enhances video games by creating immersive and collaborative experiences, expanding the possibilities for gameplay, and providing a platform for studying and addressing real-world challenges.

How does mixed reality affect the performance of tasks that require memorization?5 answersMixed reality-based training has shown promising results in improving performance and effectiveness in tasks that require memorization, particularly in augmented reality-based training. However, the effectiveness of virtual reality-based training in these tasks is not consistently better than traditional training. The use of mixed reality technologies, such as augmented and virtual reality, provides a spatially identical view for both the remote expert and the local operator, allowing for visual guidance and annotations performed directly on the object of interest or its hologram. This real-time volumetric representation of the patient in medical tasks allows for spatial guidance by the remote expert using voice, virtual hand metaphor, and annotations. While the focus of the papers is on different domains, the use of mixed reality in these contexts highlights its potential to enhance performance and provide guidance in tasks that require memorization.

How can mixed reality be used to improve the tourism experience?5 answersMixed reality (MR) can be used to enhance the tourism experience by allowing for the co-creation of transformative experiences with Generation Z (Gen Z) guests. MR technology can provide immersive and interactive cultural heritage experiences, benefiting both developers and consumers. It can modernize cultural heritage sites and tourism destinations, creating transformative experiences for visitors. Virtual reality (VR) in tourism can recreate and enhance the actual experience, providing users with a taste of the destination before their visit. VR can capture tourist places in a distinctive and immersive way, replicating the genuine destination as closely as possible. Augmented reality (AR) and VR technologies have a positive effect on visitor experiences in museum tourism. Mobile augmented reality (MAR) applications can improve the tourism experience by utilizing open data and providing interactive and informative experiences for users.

What are the Applications of Mixed Reality Robotic Games?5 answersMixed reality robotic games have various applications. They can be used to create engaging experiences by combining physical and digital elements using mixed reality technologies. These games can be designed to make the player perceive the robot as having a key role, enhancing the user experience. Additionally, mixed reality can be used to create a ubiquitous interface for heterogeneous robotic systems in dynamic scenarios, allowing users to interact with robots through manipulation of their virtual replicas. This approach has been tested in a simulated intralogistics setting, where different robots require sporadic intervention by human operators. Furthermore, mixed reality can be used to develop serious games with a serious purpose, such as interactive training or knowledge acquisition. Overall, mixed reality robotic games have the potential to enhance interactions with robots, create engaging experiences, and support various applications in different domains.

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