Without a doubt, the effect of immersion in virtual reality can not be compared with anything else. Thanks to modern VR-helmets, we are practically inside the virtual space, but it is unlikely to be able to feel the fullness of emotions from immersion, because our senses are not fooled. And no matter how realistic the created world looked, it was impossible to physically feel the processes of walking, flying and falling. Up to this day.
A group of researchers from Germany has developed a robotic platform that synchronizes with any virtual reality helmet. Externally, the platform resembles a prism that is held in a suspended state by several cables. Inside the prism there is a platform with a chair installed in the center. All this would not look so interesting if it were not for one thing: an algorithm for tilting, lifting and turning the platform was developed based on the functioning of the human vestibular apparatus.
First you need to figure out how the organ of hearing and balance. If simplified, then everything looks as follows: the organ of hearing and balance is located in the inner ear and is filled with a special fluid, the movements of which pick up special fibers and transmit a signal to the brain, which already makes a conclusion that analyzes the information received. Take a glass of water and slowly lower it to the floor: the water will remain in the glass. But if you take the same glass and sharply direct it towards the floor - the water will begin to spill out of it. This is how our vestibular apparatus works, and according to similar principles a new invention of German scientists works.
The head of the project, Dr. Philip Mayermeister describes his invention as follows:
“The robotic platform consists of strong hydrocarbon fiber with a total weight of 80 kilograms. In the manufacture of the platform, we used the same technologies that are used in astronautics to create parts of rockets to create a solid and at the same time lightweight design. At the moment we have no plans to enter the market, because the platform needs some work. We plan to reduce the size of the platform and add new features so that the simulation of virtual space is not much different from real life. This could be a new step in the development of virtual technologies and will find a great use in teaching piloting, driving and, of course, video games. ”
The article is based on materials .
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