What is Mixed Reality?

Let’s have a closer look at the term Mixed Reality in order to understand what this concept is. This technology may be applied in various spheres of life. It can be used for manufacturing, education, healthcare, and game development.

Table of Content

• Introduction to Mixed Reality
• Mixed Reality (MR) vs. Augmented Reality (AR): Key Differences
• Examples of Mixed Reality
• Mixed Reality Applications
• Summing up

Introduction to Mixed Reality

The term Mixed Reality (MR) refers to a new technology that bridges the virtual world and the real world. This technology mixes Virtual Reality (VR) with Augmented Reality (AR) to allow an individual to directly interact, in real time, with both virtual worlds and actual worlds.

In comparison, MR perfectly fuses both applications to create one unique, immersive experience whereas VR, is an environment, and AR simply lays out the digital information above the real world.

Using such innovative hardware and software, such as cameras, sensors, and special goggles, capable of detecting and analyzing movements and surroundings of the user, MR technology takes shape

Apart from this, it will also enable the technology to develop or create virtual things that seem to exist in this reality otherwise.

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1. Need for Mixed Reality in AI

Artificial intelligence and Mixed Reality are two of the most rapidly developing technologies, which may change how we interact with the world around us. The combination of MR with AI can open up brand-new, intriguing possibilities and enable more sophisticated and practical applications.

The most important advantage of MR in AI is actually that it provides more natural and intuitive means through which humans can communicate with machines. MR would combine the digital and physical worlds, and this may create a richer and thus more real-world experience. Such kinds of communication and cooperation would ease the user’s commute to working with an AI system: chatbots or virtual assistants.

Employing MR, it can also be possible to increase the interaction of users with application programs powered by AI. For instance, MR employed on the interface of a chatbot or a virtual assistant would make it look much more like a real interaction between the user and the system, which would improve satisfaction and participation by the user.

2. Key Features of Mixed Reality

To create a novel interactive experience, Mixed Reality (MR), a fast-developing technology, blends the elements of both Virtual Reality (VR) and Augmented Reality (AR). Some of the key features of MR include:

• In MR, the physical and digital worlds are merged in such a way that an experience is created where the digital things appear to be part of the physical surroundings, with no seams.
• The user may interact and alter virtual objects in real-time by the use of MR technology.
• MR uses advanced sensors and cameras to capture the user’s movements and the environment around him. Therefore, the technology might create virtual objects that could be manipulated as if they existed in reality
• MR uses advanced graphics and high-resolution monitors to produce lifelike virtual things that seem to be present in the real world.
• The users may immerse in the virtual environment and have it as part of them by using MR’s experience.

Mixed Reality (MR) vs. Augmented Reality (AR): Key Differences

Here is a table comparing Mixed Reality (MR) and Augmented Reality (AR):

Examples of Mixed Reality

In the above section, we have seen the differences between Mixed Reality vs Augmented Reality. Now let us see the examples of mixed reality to have a better understanding:

• Pokemon Go: Pokemon Go is a widely used handheld game that utilizes the augmented reality (AR) part of technology to create digital Pokemon figures in the real environment setting. It also allows players to catch Pokemon in real-time and travel the globe
• Volvo Cars: To give its consumers a virtual showroom experience, Volvo Cars integrated MR technology. With the MR head-set, they can actually see and change several types of automobiles in a virtual setting
• Surgery Stimulation: Due to the use of MR in creating realistic surgical simulators, medical students and surgeons may train and hone their abilities in a safe and controlled environment.
• Education: Mixed realities are being used up in education to establish experiential learning activities. It is established through virtual field trips to historical locations or natural sceneries that students would be able to learn more immersively and participatory about their subjects

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Mixed Reality Applications

Mixed Reality (MR) is a fast-developing technology with a wide range of fascinating applications. Here are some MR application examples:

• Gaming: MR is used in gaming for the creation of more immersive mixed-reality experiences. It makes the experience more dynamic and engaging as real-time player interaction with virtual items is enabled
• Architecture and engineering: It uses MR to visualize as well as simulate complex designs in architecture and engineering disciplines. Designers can assess the practicality of their design in a more realistic fashion than MR and, thus, make better choices
• Retail: Augmented and virtual reality in retail achieve a more interactive purchase experience between customer and store. For example, a customer could try on clothes virtually, or set up a virtual showroom to view furniture
• Military: This method has been implemented with great success in the military fields to provide soldiers with real-live situational awareness and training scenarios. Mis-realism, in fact, injects increased realism into training and exercise by allowing interaction between virtual surroundings and objects.

Summing up

From gaming to education and healthcare, MR offers a wide variety of interesting applications. And we can expect to see even more creative and fascinating use cases in the future as the technology develops. If you want to learn about such AI based tools, you should head up to our Artificial Intelligence Course.