Real Virtuality 1

Real Virtual Game Reviews

The real virtual is the engine behind all Bohemia Interactive Studio (BIS) games, formerly known as "Poseidon". Real Virtual is one of the leading game engines developed in C ++ and the developer of Windows and Xbox platforms. One of the most interesting facts about virtual gaming engines is that Bohemia is licensed to use software for military training, such as VBS1, VBS2 and VBS3.

The famous ArmA series is built using the real virtual game engine. This is a game engine that has been in constant development for over a decade. Bohemia Interactive Studios claims that by opening up their games to users, they provide a platform for users to explore, create and connect.

BIS has created a diverse collection of products including popular DayZ®, Arma® series, Vigor® as well as Ylands® and various other proprietary software.

This game engine is responsible for managing scripting, graphics, physics, as well as the user interface.

The ArmA series is one of the most varied, authentic, as well as one of Bohemia Interactive's open military game series. It is a combination of combined weapons combat, huge sandbox terrain and simulation gameplay. In addition, it offers content creation options that make the ArmA series one-of-a-kind, with unmatched and selling over 7-million items on the platform.

The main advantage

Strategy, stealth or all-out attack - this brings freedom to campaign with single mission mode or multiply mode

More than 30 vehicles to fly or take off - from M1A1 Abrams Tank to AH1 Cobra Helicopter each seems to fit its original features

Squad Command - You are allowed to take squad commands or you can only cover yourself. Survival is the key... !!

Your own add-ons - you can easily create your own content such as vehicles, weapons, as well as missions

Your own strategic challenge - single or multiplayer with an easy-to-use mission editor - is limited to your imagination.

Operation Flashpoint: Prevention

Operation Flashpoint: Resistance is an introduction to Operation Flashpoint: Cold War Crisis, created by BIS where it was published in 2002 by the same code masters .

The purpose of this article is to present the first list of ethical concerns arising from the research and personal use of virtual reality (VR) and related technologies, and to provide specific recommendations for mitigating those risks. Many recommendations call for focused research initiatives. In the first part of the article, we discuss relevant evidence from psychology that stimulates our anxiety. In the "Plasticity in the human mind" section, we cover some of the key findings that suggest that one's environment may affect one's psychological state, as well as recent actions to induce the illusion of embodiment. Then, in the "Illusion of Embodiment and Their Long-Term Effects" section we are going to discuss the recent evidence which suggests that immersion in VR can have a psychological effect that lasts after leaving the virtual environment. In the second part of the article, we come back to the risks and recommendations. We begin by covering the VR research ethics section, including VR research ethics, covering six main topics: experimental environment limits, informed consent, clinical risk, dual-use, online research, and code of conduct for general research. . Then, in the "Risks for Individuals and Society" section, we cover four key issues: the return of VR risks to the general public: long-term immersion, neglect of social and physical environment, risky content and privacy. We offer concrete recommendations for each of these 10 topics, summarized in Table 1.

 

Initial comment

Media reports indicate that Virtual Reality (VR) headsets will be commercially available in early 2016 or later, for example, with offers from Facebook (Oculus), HTC and Valve (Vive), Microsoft (HoloLens), and Sony (Morpheus). . Much attention has been paid to the exciting possibilities offered by this new technology and the research behind it, but little attention has been paid to the predictable risks and dangers associated with the mythical ethical problem or its widespread use. VR Here, we would like to list some ethical issues, present a first, incomplete list of those risks and offer specific recommendations for mitigating them. Of course, all of this happens in a broader socio-cultural context: VR is a technology, and technology changes the purposeful world. Objective changes are felt thematically and can be reciprocal changes in price judgment. VR technology will eventually change not only the general picture of our humanity but also the deeply involved concepts such as "conscious experience", "self", "proof" or "reality". Also, it will transform the structure of our life-world, bring a completely fancy form of everyday social interactions and change our relationship with our own minds. In short, there will be a complex and dynamic interaction between "normalization" (in the descriptive sense) and "normalization" (in the ideological sense) and it is difficult to predict where the overall process will take us (Metzinger and Hild, 2011).

 

Before we begin, we should quickly place this article in the broader field of technology philosophy. On the one hand Brey (2010) proposed a helpful classification to divide the philosophy of technology into classical work from the middle of the twentieth century, and more recent developments that follow a "perceptual change" focusing on the nature of particular emerging technologies. , On the other hand. We want the current article to contribute to the next type of technology philosophy. In particular, we examine the underlying problems of VR application ethics with an emphasis on recent empirical results. Both authors are participants in the collaborative project Virtual Embedding and Robotic Re-embedding (VERE), a 5-year research program funded by the European Commission. Classical twentieth-century technology does not find fruitful application for philosophy themes (see Fransen et al., 2009). Consider, for example, the impressive behavior of Martin Heidegger because modern technology distorts the metaphysics of our natural world (Heidegger, 1977; also Borgmann, 1984), or Herbert Marx's earlier account creates an ongoing false demand in art society that weakens. Us. The power of personality (Marcus, 1964). As can be seen from the examples below, immersive VR introduces new and dramatic ways to disrupt our relationship with the natural world (see Neglect of Others and Physical Environment). Similarly, the newly created “need” to interact using social media will become more psychologically bound as we begin to interact in tangible situations in virtual space (see Long-Term Immersion Effects and O’Brienchain et al., 2016). In short, the connection is true